Fermilab fn list

1967

1. preliminary approximation: cost of internal target area, epb stub, and experimental hall;
2. main ring rf notes;
3. slow injection into 1000-meter radius accelerator;
4. proposal for series targeting: thin parasitic intermediate targets;
5. a separated function lattice for the nal booster;
6. main ring aperture requirements;
7. fast slow booster injector system;
8. a proposed small radius, separate function booster;
9. preliminary note on a separated function booster;
10. criteria and parameters for epb transport;
11. main ring pumping system;
12. note on area for p p experiments with internal target;
13. nal separate function 10-gev booster;
14. an unsuccessful attempt to reduce the phase oscillation frequency by a phase shift between accelerating cavities;
15. secondary beam transport equipment;
16. mark-iii internal target area guess;
17. 400-gev accelerator project radiation problems;
18. 200-gev - 400-gev accelerator project radiation problems;
19. estimate of particle production in 200-gev proton proton collisions;
20. a method of colliding beam;
21. information transmission by time programmed multiplexing;
22. some thoughts on experimental areas;
23. some notes related to a. direct injection into the main ring b. vertical versus horizontal injection c. main ring injection;
24. thin target area;
25. low intensity epb experimental areas;
26. note on 'front porch';
27. experimental area design with minimal modular shielding;
28. target station c: preliminary layout of beams;
29. target station a: preliminary layout of beams; target station a: preliminary layout of beams;
30. possible experiments on the 200-gev accelerator;
31. note on the choice of shielding material in experimental areas;
32. fluxes of particles in secondary beams;
33. target station b;
34. experimental area c;
35. observations on various features of nal experimental area proposals;
36. significant features of power and cooling system considerations for experimental area secondary beams;
37. cooling systems: overall comparisons;
38. model of experimental program;
39. power requirements of the 200-gev facility;
40. rough estimating figures for experimental areas;
41. note on magnets for use in high-energy beams at the proposed 200-gev accelerator;
42. notes on power distribution in the experimental areas: a summary;
43. reduction of beamline power;
44. some comments about beam transport magnets;
45. is it possible to achieve a matrix of +1 by means of a quadrupole quadruplet?;
46. basis for reducing the lateral shielding in the b & c target areas;
47. the sensible secondary beam elements for the 200-gev accelerator;
48. notes on building costs for argonne 12-ft bubble chamber and second proton area;
49. estimate of temporary structures required for 200-gev accelerator's experimental areas;
50. search for low cost shielding;
51. note on the effective width of septa and theoretical maximum extraction efficiency;
52. notes on ripple requirements for slow extraction and some parameters relative to correcting the spill;
53. some general conditions for the long transport system of the external beam;
54. some general criteria for the design of an optimum extraction channel;
55. casting shadows on septa;
56. auxiliary magnets and windings in the main accelerator;
57. main accelerator lattice;
58. shielding requirements for the 200-gev accelerator;
59. multiturn injection into the main accelerator;
60. error and tolerance analysis for the main accelerator;
61. longitudinal space charge forces at transition: scaling relations;
62. regular cell structure;
63. advantages of a set of second harmonic rf cavities;
64. control of radiation;
65. closed orbit distortion due to misalignment;
66. scientific justification;

    1968

67. the magnetic field measurement of mark-i model magnet;
68. ac resistance of rectangular coil;
69. remarks on the compressor - accelerator interface;
70. some thoughts on the elevation of the main ring;
71. some general thoughts on two-body small momentum transfer spectrometer experiments at high-energies;
72. booster ejection;
73. booster tuning;
74. main ring magnet field errors;
75. parameters of the nal 200-gev accelerator;
76. space charge effects on synchrotron oscillations;
77. proposal for a small digital computer for use in magnetic field measurements;
78. booster correction elements;
79. simple high momentum neutrino beams;
80. labyrinths and addition of boron to accelerator enclosure walls: resume of conversations with dr. r. mccall, slac;
81. uniform field from distribution of currents on an ellipse;
82. muon electron scattering at nal;
83. symmetric achromatic beam transport systems;
84. linac shielding;
85. extraction at a third integral resonance. 1;
86. external proton beam back stop: muon shielding;
87. maximum dose rate in booster tunnel directly underneath linac beam transport pipe;
88. booster lower energy injection (200-mev - 150-mev);
89. beam extraction near a third integral resonance. 2;
90. summary of an informal meeting on beam transport equipment - april 8-10, 1968;
91. linac shielding ii;
92. effect of pulsed stray magnetic fields on the injection storage ring;
93. simplified analysis of shielding requirements;
94. beam extraction at a third integral resonance iii;
95. matching quadrupole aperture increase??;
96. neutral beam experiments at the 200-gev accelerator;
97. notes on linac control system;
98. beam extraction at a third integral resonance iv;
99. quads and bending magnets for nal;
100. on the effect of longitudinal space charge forces on a drifting bunched beam;
101. injection energy of the 5-hz booster;
102. booster parameters for 1 or 2 turn stacking in the accumulator;
103. use of weston mu beams for electromagnetic physics of hadrons;
104. booster aperture requirements;
105. eddy currents in main ring magnet conductors;
106. booster radius;
107. equilibrium orbit corrections for the main ring;
108. acceptance of secondary particle beams;
109. a note on phase 1 mu e scattering and muon bremsstrahlung experiments at weston;
110. philosophy and technique for design of the main ring bending magnets;
111. a 120-gev/c unseparated beam using small aperture components;
112. a possible muon channel at the ags and its relevance to a phase iii muon channel at nal;
113. booster magnet gradient tolerance;
114. a neutron beam facility;
115. study paper on the nal storage ring design;
116. a proposal for a proton beam target station;
117. comments on longo neutral beam;
118. feasibility of using high flux muon beams;
119. distortion effects in beam transport systems with space charge;
120. coupling of horizontal and vertical oscillations in an ags;
121. an estimate of luminosity and nu shifts;
122. aperture requirements at injection into the nal storage ring;
123. kicker requirements for phase plane interchange injection into nal storage rings;
124. injection criteria storage ring;
125. design of an experiment to study k(e4)+- and k(mu4)+- decays 1. general considerations and triggering design;
126. a superferric storage ring;
127. phase space dilution in three turn injection;
128. general comments on the use of proton storage rings;
129. measurements of luminosity;

     1969

130. field design of a picture frame bending magnet using superconducting coils;
131. repetition rates of booster and main ring;
132. lattice of the nal proton synchrotron;
133. formulas for resonances of transverse oscillations in a circular accelerator;
134. magnet end termination;
135. transformations useful in linear betatron theory;
136. a spark chamber system with very large hydrogen targets for neutrino experiments: preliminary technical considerations;
137. longitudinal space charge effects at transition in nal booster and main ring;
138. effects of reducing the transfer energy from 10-gev to 8-gev;
139. high beta modification of main ring long straight insertion;
140. nonlinear betatron motion in ideal booster lattice;
141. secondary particle production at 200-gev;
142. variation of booster tunes with momentum;
143. improved nucleon - meson cascade calculations;
144. analysis of charge exchange injection for nal;
145. beam 'abort' system for the main ring;
146. design concepts for the beam scraper system of the main ring;
147. comments to 'beam abort system for the main ring' (fn-195);
148. a spinor formalism for dual resonance models; a spinor formalism for dual resonance models;
149. coupling between radial betatron and synchrotron oscillations;
150. a simple target magnet arrangement for use with the external proton beam at nal;

     1970

151. variation of booster tunes with momentum (addendum);
152. the operation of the first section of the nal linear accelerator;
153. rationale for a choice of secondary particle beams at nal;
154. booster correcting magnets;
155. compensation of space charge mismatch at transition of booster using the transition jump method;
156. high spatial resolution proportional chambers;
157. some problems in high-energy particle detection and analysis;
158. wide band quadrupole focusing system for neutrino and muon beams;
159. radiation physics aspects of nal construction;
160. dc magnetic monopole focusing lenses for neutrino beam;
161. strong interaction physics in the nal bubble chamber;
162. numerical study of beam bunch length matching at transition using the gamma - t jump method;
163. addendum;
164. secondary particle yields produced by 400-gev/c and 500-gev/c protons interacting on h, be, and pb;
165. the transverse resistive wall instabilities in the nal main ring;
166. report on international conference on instrumentation for high-energy physics, dubna, ussr;
167. longitudinal space charge forces within bunched beams;

     1971

168. longitudinal space charge forces within a bunched beam in the presence of magnetic lamination;
169. moment equations of a distribution of particles performing harmonic oscillations;
170. high resolution multiwire proportional chambers and a readout system for secondary beamline instrumentation;
171. beam bunch length matching at transition using rf phase jump;
172. beam debunching;
173. high resolution low temperature wire spark chambers;
174. magnetic system and electronic feedback system to damp transverse coherent beam oscillations in the nal main ring;
175. momentum spread of the 200-mev linac beam at nal;
176. nu spread in a proton beam due to transverse space charge fields;
177. concerning n-dimensional coupled motions;
178. energy loss due to the resistive magnet lamination in the nal booster;
179. an analysis and a comparison of intercepting and nonintercepting beam position detectors;
180. infinite transition energy lattice using pi straight sections;
181. can an energy doubler be used to implement a simple 350-gev storage ring system at nal?;
182. a novel mass sensitive image dissecting cherenkov detector;
183. 0.5-meter prototype energy doubler quadrupole magnet;
184. possibilities of using the nal linac for cancer therapy;
185. wire counters with a new gas mixture;
186. effects of field errors and ripples in the main ring;
187. hyperon beam with quadrupole focusing;

     1972

188. design of a tagged photon - electron beam facility for nal;
189. neutrino laboratory radiation and electrical security system;
190. second order contributions to beam dimensions;
191. linear synchrotron motion;
192. effect of random fluctuations on synchrotron phase motion;
193. a high-energy neutron detector using proportional wire chambers;
194. determination of the neutrino flux with perfect focusing; determination of the neutrino flux with perfect focusing;
195. the head - tail effect in nal booster;
196. stochasticity limit in one-dimension;
197. weighted monte carlo calculations of hadronic cascades in thick targets;

     1973

198. one turn extraction using pingers;
199. a method and a simple device to precisely measure accelerator extraction efficiency and beamline transport efficiency;
200. design of quadrupoles with linearly segmented profiles;
201. the head - tail effect enhanced by a fast oscillating or fast decaying wake field;
202. insertions for colliding beam storage rings;
203. spin determination of omega- in the hyperon beam;
204. theoretical physics at nal;

     1974

205. two-dimensional resonance effects due to a localized bigaussian charge distribution;
206. enriched particle beams for the bubble chambers at the fermi national accelerator laboratory;
207. comparison of some recent data on p - nucleus interactions with the hagedorn - ranft model predictions;
208. a bibliography on direct production of leptons and lepton pairs in hadron collisions;
209. particle beams at proton accelerators;
210. the energy doubler design study;
211. cryogenic energy storage system design report;
212. neutrino target - detector with triggered bubble chamber modules;
213. nuclear emulsion - streamer chamber method for tagging hadronic interactions with nuclei and searching for charmed particle decay;
214. on the possibility of a psi particle beam using production channeling;
215. the luminosity from the collisions of two unequal and not round beams;

     1975

216. 'depolarization' of a polarized proton beam in a circular accelerator - appendix; 'depolarization' of a polarized proton beam in a circular accelerator - appendix;
217. 'casim' (first edition): program to simulate transport of hadronic cascades in bulk matter;
218. a survey of the fermilab research program;
219. 15-ft bubble chamber neutrino physics;
220. dimuon production in proton - nucleon collisions at 300-gev/c;
221. beam intensity measurements using copper foils;
222. high efficiency buncher system for linac;
223. energy deposition in thick targets by high-energy protons: measurement and calculation;
224. knowledgeable modules and service controllers;
225. searches for charmed particles using bubble chambers;
226. search for charm in 250-gev/c pi- p interactions;
227. 15-ft bubble chamber characteristics;
228. inclusive neutral particle production;
229. mechanical and thermal stresses in doubler dipole magnets;
230. a 60-gev**2 x 60-gev**2 electron - positron storage and colliding device. an alternative to the several 100-gev proton proton PROJECTS;
231. a two-dimensional readout drift chamber with printed circuit delay lines;
232. messymesh - a computer program to calculate linear accelerator cavity fields;

     1976

233. bevatron and bnl a.g.s. experimental area secondary beam utilities;
234. the status of experiments at fermi national accelerator laboratory;
235. nuclear emulsion as neutrino track sensitive target in the 15-ft bubble chamber;
236. the cancer therapy facility at the fermi national accelerator laboratory: a preliminary report;
237. neutrino flux distributions;
238. computer simulation of the main ring beam colliding with another beam; computer simulation of the main ring beam colliding with another beam;
239. a two-dimensional drift chamber;
240. neutrino event rates at fermilab;
241. an estimate of the branching ratios for dalitz pair decays of the omega0 meson;
242. a novel design for a hodoscope with 1-mm granularity;
243. very big accelerators as energy producers;
244. messymesh - an improved version;
245. amplifier - discriminator for drift chambers;

     1977

246. a 'conventional' accelerator system for inertial fusion using heavy ion beams;
247. selection units in k e scattering experiment at 250-gev;
248. mechanical and thermal stresses in superconducting accelerator and beamline magnets;
249. an unconventional transition radiation detector;
250. mechanical stresses in superconducting quadrupoles;
251. further parametric studies of the accelerator system for heavy ion fusion;
252. effects limiting accelerated beam intensity in the largest proton synchrotron;

     1978

253. further parametric studies of the accelerator system for heavy ion fusion - addendum;
254. aegis: a program to calculate the average behavior of electromagnetic showers;
255. measurement of muon energies of 1-tev to 2-tev and above in the dumand detector;
256. high-energy electron cooling;
257. a modular trigger processing system for high-energy physics experiments; a modular trigger processing system for high-energy physics experiments;
258. high quality domestic acrylic scintillator and wave bar;

     1979

259. fermilab cancer therapy facility, batavia, illinois: second annual progress report;
260. digital scattering angle preprocessors;
261. the overshoot of individual bunch longitudinal instabilities as overlapping of several resonating modes;
262. the fermilab booster as a kaon factory;
263. neutrino beams in the energy range of 20-tev;
264. colliding muon beams at 90-gev;
265. stability of longitudinal motion in intense ion beams;

     1980

266. high-energy pi- p, k- p and p p elastic scattering;
267. a new approach to the head - tail instability;
268. late reactions and complications in patients treated with high-energy neutrons p(66)-be(49);
269. the lifetime of bunched beam stored in the main ring at 100-gev and 150-gev;
270. enhancement of diffusion by a nonlinear force;
271. operating characteristics of lecroy-2280/2285 adc system; operating characteristics of lecroy-2280/2285 adc system;
272. beam induced quench study of tevatron dipoles;
273. energy deposition in targets and beam dumps at 0.1-tev - 0.5-tev proton energy;
274. comments on stable motions in nonlinear coupled resonances;
275. an mc68000 multibus compatible computer board;
276. properties of superconducting magnets;
277. gas ionization sampling calorimeters;

     1981

278. a search for 'arnold diffusion' in the beam-beam interaction;
279. quark jets;
280. on an invariant of a system affected by intrabeam scattering;
281. selfquenching streamers in drift tubes;
282. survey of the ring: a trilogy. part 2. pseudoinverting a large, almost block tridiagonal system;
283. selfquenching streamers;
284. can recoilless nuclear anti-neutrino emission be usefully detected?;
285. empirical formula for thick target particle production;
286. long time simulations of the beam-beam interaction;
287. a momentum calculation for charged tracks with minute curvature;
288. nonrepeatability and chaotic trajectories in beam-beam interaction simulations at p anti-p collider parameters;
289. dynamical invariant for forced time dependent harmonic oscillator;
290. selfquenching streamers;
291. note on the courant and snyder invariant;
292. the fermilab collider detector facility data acquisition system;
293. identification of 200-gev/c particles using a ring imaging cherenkov detector;
294. 'slip stacking': a new method of momentum stacking;
295. anti-proton source for the accelerator storage complex;
296. adiabatic variation and behavior of invariant curve: general criterion for adiabatic manipulation of rf system;
297. diffusion enhancement by the beam-beam interaction in 1-d simulations;

     1982

298. current carrying targets and multitarget arrays for high luminosity secondary beams;
299. fast neutron radiation therapy;
300. alternative method for asymptotic formula of adiabatic ratio (formula for adiabatic rf manipulation); alternative method for asymptotic formula of adiabatic ratio (formula for adiabatic rf manipulation);
301. collective accelerators;
302. saturated avalanche calorimeter;
303. simulations of the beam-beam interaction with transient or stationary beam displacement;
304. simulations of the beam-beam interaction with tune modulation at the tevatron p anti-p collider;
305. expanding options in radiation oncology: neutron beam therapy;
306. on the possibility of a crystal septum;
307. a search for chaotic trajectories in simulations of the beam-beam interaction;
308. production of electrons and positrons by impinging 100-gev protons on a target for purpose of filling an electron storage ring;
309. a new method for potential of a three-dimensional nonuniform charge distribution;
310. a fast cycling synchrotron kaon factory using triumf as injector. part 1. injection scheme and general design considerations;
311. superconducting magnets;
312. saturated avalanche calorimeter;
313. orbit tracking studies for the tevatron;
314. absence of a demonstrable gain factor for neutron beam therapy of epidermoid carcinoma of the head and neck;
315. gas sampling calorimeter studies in proportional, saturated avalanche, and streamer modes.;
316. an exploration of the frequency dependence of modulation blowup in anti-p p colliding beams;
317. construction and operation of a large ring imaging cherenkov detector;
318. breakdown processes in wire chambers and prevention;
319. development of a remote computer work station at fermilab;
320. summary session of the gas sampling calorimetry workshop;

     1983

321. phase dynamics near transition energy in the fnal main ring;
322. principles and applications of muon cooling;
323. skin effect in electrically pulsed cylindrical conductors used as focusing devices;
324. cdf endcap e m calorimeter and test results;
325. design, construction, and calibration of large ion chambers for muon flux monitoring in neutrino beams at fermilab;
326. fermilab's advanced computer r & d program;
327. fastbus implementation review;
328. a sensitive instrument for measuring wire tension in multiwire proportional and drift chambers;
329. a sensitive instrument for measuring wire tension in multiwire proportional and drift chambers;
330. chaos, beam blowup and resonance overlap in the beam-beam interaction;
331. fastbus software review;
332. coordinated control of the energy and time dependent parameters of the tevatron;
333. transverse impedance of a coasting beam in a corrugated vacuum chamber at low frequencies;
334. measurement of betatron tune and tune spread by sweeping a voltage of linearly varying frequency;
335. the damping of the horizontal betatron oscillations of an off momentum bunch;
336. catastrophe and maxwell surfaces of the half integer resonance excited by quadrupoles and octupoles;
337. neutron skyshine measurements at fermilab;
338. particle cosmology desk companion;
339. safety analysis of the 8-inch low pressure helium header system for the energy saver;

     1984

340. the tevatron as an ssc prototype: experience versus predictions;
341. moser like transformations using the lie transform;
342. symmetric and nonsymmetric lambertson magnets;
343. transverse energy physics with the cdf calorimeter;
344. response of epidermoid and nonepidermoid cancers of the head and neck to fast neutron irradiation: the fermilab experience;
345. effects of correction sextupoles in synchrotrons;
346. shielding considerations for fixed target usage of the ssc;
347. hadron calorimetry at the fermilab tagged photon spectrometer facility;
348. radiation measurements in a labyrinth penetration at a high-energy proton accelerator;
349. response of sarcomas of bone and of soft tissue to neutron beam therapy;
350. tolerance of the human spinal cord to high-energy p(66)-be(49) neutrons;
351. fast neutrons and misonidazole for malignant astrocytomas;
352. a fail safe cryogenic liquid level controller;
353. the wakeatron: acceleration of electrons on the wake field of a proton bunch;
354. relativistic electron cooling and intrabeam scattering;
355. intrabeam scattering in electron and proton storage rings (a review);
356. leptoproduction at an ssc fixed target facility;

     1985

357. absorbed dose measurements at an 800-gev proton accelerator: comparison with monte carlo calculations;
358. clinical evaluation of neutron beam therapy: current results and prospects (1983);
359. study of beam losses during fast extraction of 800-gev protons from the tevatron;
360. persistent current fields in fermilab tevatron magnets;
361. a user's guide to synch;
362. analytical study of the tevatron nonlinear dynamics;
363. an experimental study of heat transfer in multilayer insulation systems from room temperature to 77-k;
364. a short review of monte carlo hadronic cascade calculations in the multi - tev energy region;
365. decnet and the high-energy physics network;
366. neutron dosimetry: a pin diode reader;
367. electrical and mechanical properties of lead / tin solders and splices at 4.2-k;

     1986

368. a spires derived chronological listing of fermilab physics notes (fn);
369. accelerated beam extraction by means of a bent single crystal at the jinr synchrophasotron;
370. a study of neutron leakage through an iron shield at an accelerator;
371. personal dosimetry in a mixed field of high-energy muons and neutrons;
372. microwave instability criterion for overlapped bunches;
373. fnal collider physics on an abacus;
374. the intensity and spectra of leptons emerging from a high density beam dump;
375. space charge effects of transition crossing in the fermilab booster;
376. helium mass spectrometer leak detector modified to sense neon for cryogenic leak certification;
377. longitudinal instabilities and stability criteria;
378. high speed video data acquisition system (vdas) for hep, including reference frame subtractor, data compactor and 16-megabyte fifo;
379. high speed video data acquisition system (vdas) developed for hep used to study comet halley;
380. organizing, maintaining and distributing software products;
381. impedances of beam position monitors;
382. wire chamber aging and wire material; wire chamber aging and wire material;

     1987

383. fields, impedances and structures;
384. a pinacoteca of cross-sections for hadroproduction of heavy quarks;
385. longitudinal phase space tracking with space charge and wall coupling impedance;
386. shielding calculations for multi - tev hadron colliders;
387. a purely mathematical look at the energy angle distribution of axion production by electrons;
388. impedances of bellows corrugations;
389. a space-time analysis of muoproduced hadronic showers;
390. time dependent chromaticity changes in the tevatron;
391. transient effects in the plasma wake field acceleration scheme;
392. design of the transverse current emittance monitor (xiem) detector;
393. phenomenological summary of dechanneling in aligned single crystals;
394. distortion functions;
395. damping of coupled bunch growth by selfexcited cavity;
396. particle tracking in e - phi space as a design tool for cyclic accelerators;
397. injection mismatch and phase space dilution;
398. hepnet technical coordinating committee: meeting minutes, june 8 and 9, 1987 - fermilab;
399. accelerator projects: world wide;
400. coupling between counter rotating bunches;
401. impedance of separators at low frequencies;
402. longitudinal coupled bunch instability in the fermilab booster;
403. equilibrium polarization formula for electron storage rings including transverse recoils in all planes;
404. calculation of electron polarization in high-energy storage rings including nonlinear spin orbit coupling;
405. calculation of electron polarization in high-energy storage rings including transverse momentum recoils;
406. a guide to understanding the radiation environment of the superconducting super collider (ssc);
407. a phase space tomography (pst) monitor for adjusting bunch rotation during coalescing;
408. coupled bunch instability in fermilab booster and possible cures: longitudinal phase space simulation; coupled bunch instability in fermilab booster and possible cures: longitudinal phase space simulation;

     1988

409. analytical and numerical studies of the landau cavity: longitudinal coupled bunch instabilities in the fermilab booster;
410. a progress report on fermilab experiment e778: an experimental study of the ssc magnet aperture criterion;
411. linear beam-beam effects for round beams;
412. measurement of tmae and tea vapor pressures;
413. decnet dlm circuit plans;
414. internetwork traffic management proposal;
415. hepnet technical coordinating committee meeting minutes, september 17-18, 1987, brookhaven national laboratory;
416. resonant impedance in a toroidal beam pipe; resonant impedance in a toroidal beam pipe;
417. emittance growth through a betatron instability decoherence;
418. coherent betatron oscillations and emittance growth due to random kicks;
419. coherent betatron oscillations and emittance growth due to random kicks: addendum;
420. fundamentals of particle tracking for the longitudinal projection of beam phase space in synchrotrons;
421. transverse coupled bunch instability in the fermilab main ring;
422. effects of copper coating the rhic beam pipe;
423. beam gas scattering lifetimes in the fermilab main ring;
424. coherent betatron instability in a high-energy synchrotron;
425. effect of empty buckets on coupled bunch instability in rhic booster: longitudinal phase space simulation; effect of empty buckets on coupled bunch instability in rhic booster: longitudinal phase space simulation;
426. beam impedances of position monitors, bellows and abort kicker;
427. monte carlo simulation of silicon vertex detector for bottom collider detector. part 1;
428. spin dynamics in accelerators and storage rings;
429. estimated radiation levels in ssc detectors;
430. minimum propagating zone of the ssc superconducting dipole cable;
431. particle properties on an abacus;
432. shielding the tevatron bellows;
433. copper coating the tevatron beam pipe;
434. internal beam abort system for the tevatron upgrade;
435. considerations of using siberian snakes for very strong and very weak resonances;
436. coherent instability limitations of p p and anti-p p upgrade scenarios;
437. comments on esme: a tracking code in the longitudinal phase space;
438. lengthy disturbances and copper to superconductor ratio;
439. tuneshifts, tunespreads and decoherence;
440. radiative electron polarization: theoretical predictions and explanation of the spear data;

     1989

441. a chronology: vba (icfa) ---> ssc (us-doe); a chronology: vba (icfa) ---> ssc (us-doe);
442. reactive impedance of a smooth toroidal chamber below the resonance region; reactive impedance of a smooth toroidal chamber below the resonance region;
443. bare pomeron in inclusive processes;
444. analytic expressions for the smear due to nonlinear multipoles;
445. coherent instability limits: supplement;
446. a study of nonlinear dynamics in the fermilab tevatron;
447. the mars10 code system: inclusive simulation of hadronic and electromagnetic cascades and muon transport;
448. accelerator health physics at doe laboratories: a characterization;
449. control system for the neutron therapy facility at fermilab;
450. results of short sample measurements and their implications;
451. energy deposition in large targets by 1-tev to 20-tev proton beams;
452. space charge, synchrotron oscillations and multiparticle tracking;
453. transverse coupled bunch stability with landau damping;
454. longitudinal emittance blowup due to coherent motion of coupled bunches;
455. calibration beams at the ssc;
456. main injector: coherent instability limits;
457. on the calculation of wake functions using mafia-t3 code;
458. nonionizing energy deposition in silicon for radiation damage studies;
459. acceptances for charm photoproduction;
460. embedded e+ e- pairs in heavy flavor photoproduction;
461. measuring r at the upgraded tevatron;
462. prospects for high luminosity rare b decay experiments;
463. fermilab research results: 1978-1988;
464. human computer systems in the military context;
465. difference equations for longitudinal motion in a synchrotron;
466. symmetry violations and rare decays;

     1990

467. ground motion effects on the ssc; ground motion effects on the ssc;
468. accelerator magnet designs using superconducting magnetic shields;
469. differential equations for longitudinal motion in a synchrotron;
470. wake fields in a dielectric lined waveguide;
471. stripline monitors as transmission lines;
472. mxyzptlk version 3.1 user's guide: a c++ library for automatic differentiation and differential algebra; mxyzptlk version 3.1 user's guide: a c++ library for automatic differentiation and differential algebra;
473. study of separators using numerical simulations;
474. a simple method for fusing plastic fibers;
475. computation of the tevatron luminosity using measured machine parameters;
476. envelope instability in low-energy proton synchrotrons;
477. curvature effects to beam dynamics: applied to the asymmetric b factory;
478. dispersive crab crossing: an alternative crossing angle scheme;
479. memory lookup unit (mlu);
480. programmable digital delay unit;
481. evaluation of wake forces in a dielectric lined waveguide;
482. transition crossing in the main injector: esme simulation;
483. critical beam-beam resonances in the tevatron;
484. gravity for the masses;
485. cdf luminosity calibration;
486. longitudinal and transverse instabilities around a gamma(t) jump;
487. transverse emittance growth during gamma(t) jump;
488. description of fermilab experiment e-687;
489. measurement of the j / psi elastic photoproduction from 100-gev to 400-gev in the experiment e-687 at fermilab;
490. photoproduction of d mesons;
491. d+, d0 signals and lifetimes in e687 photoproduction experiment at fermilab;
492. some lifetimes and branching ratios for charmed hadrons produced in the fermilab wide band photon beam;
493. comments on the behavior of alpha(1) in main injector gamma(t) jump schemes;
494. microwave instability at transition: stability diagram approach;
495. parton distributions from deep inelastic scattering;

     1991

496. characteristics of the beam during collider run ii.;
497. elastic anti-p p scattering at s**(1/2) = 1.8-tev;
498. future collider runs in the tevatron: beam-beam simulation results;
499. radiation damage, calibration and depth segmentation in calorimeters;
500. gamma-ray activation of the fermilab pbar target;
501. intrabeam scattering in the fermilab anti-proton accumulator;
502. conceptual design report: kaons at the main injector;
503. depth requirements in ssc calorimeters;
504. calculation of radiation dose around shielding penetrations;
505. compensation in calorimeters for jets and hadrons;
506. observations of the beam-beam interaction in hadron colliders;
507. xenon gas recirculating system for e799;
508. emittance growth due to a small low frequency perturbation;
509. heavy flavor photoproduction: results from e687;
510. a study of tunes near integer values in hadron colliders;
511. higher order momentum compaction for a simplified fodo lattice and comparison with synch;

     1992

512. hamiltonian approach to distortion functions; hamiltonian approach to distortion functions;
513. 2/5 resonance islands generated by sextupoles;
514. monte carlo simulations of 'compensation' in a calorimeter;
515. ktev design report: physics goals, technical components, and detector costs;
516. comment on the exact evaluation of symplectic maps;
517. hadronic energy resolution and radiation damage;
518. calorimetry and radiation damage;
519. inverse fel proton accelerator via periodically modulated crystal structure;
520. simple derivation of distortion functions;
521. a weighting strategy for compensating leakage in the sdc electromagnetic calorimeter;
522. emittance growth issues;
523. hadronic and electromagnetic transverse calorimetric segmentation;
524. exploring bifurcations in the four-dimensional, off centered beam-beam interaction;
525. beam breakup in dielectric lined waveguide;
526. longitudinal beam motion due to ground motion;
527. fermilab program through 1997 and beyond: supplemental materials submitted to the 1992 hepap subpanel on their site visit to fermilab, February 27-28, 1992;
528. musim: program to simulate production and transport of muons in bulk matter;
529. design and study of accelerator lattices without transition;
530. radiation hardness tests of tile / fiber calorimeter structures for sdc;
531. neutron radiation damage in comparison to em damage at the ssc;
532. study of the process h(800) ---> z(1), z(2), z(1) ---> q anti-q, z(2) ---> tau(1), tau(2), tau(1,2) ---> rho-v for the sdc calorimeter;
533. beauty for beginners;
534. use of a shower maximum detector to reduce radiation damage sensitivity in em calorimetry;

     1993

535. sscsim: development and use by the fermilab sdc group;
536. compensation of time dependent persistent current effects in the tevatron;
537. detection of h0 ---> gamma gamma by the sdc detector;
538. longitudinal emittance increase due to sinusoidal perturbation;
539. neutron dose in the sdc hadron calorimeter;
540. a survey on macroscopic quantum phenomena in superconductive devices;
541. selected topics in sampling calorimetry;
542. positron target geometries for tesla;
543. musim: program to simulate production and transport of muons in bulk matter: erratum;
544. beam loading and potential well distortion for a partially filled ring;
545. em clusters in hadron showers using the 'hanging file' data;
546. the anti-proton sources: design and operation;
547. model for hadronic calorimeter profile;
548. beam loading due to the fundamental and higher parasitic modes for a partially filled main ring;

     1994

549. apparatus for magnetic moment measurement using channeling in bent crystals;
550. adiabatic trapping due to current ripple;
551. calorimeter depth and dijet leakage into the gluino signal;
552. how to optimize the cms hadron calorimetry by assigning weights to layers;
553. chromaticity compensation: booster sextupoles;
554. increasing anti-proton yields via recirculating beam targeting;
555. future experimental studies of qcd at fermilab: report of the qcd sections: options for a fermilab strategic plan;
556. longitudinal wake field focusing: an unconventional approach to reduce the bunch length in tevatron;
557. the effects of miscalibration on the energy resolution of cms calorimeter;
558. c tagging of jets from w decays;
559. dijet mass resolution at high luminosity in the cms calorimeter;

     1995

560. beam-beam interaction effects in the fermilab collider;
561. the mars code system user's guide version 13(95);
562. reduction of tevatron and main ring induced backgrounds in the d0 detector;
563. potential well distortion and mode mixing instability in proton machines;
564. cms hadronic calorimetry simulation using hanging file data;
565. search for heavy higgs in the channel h ---> z z ---> lepton-lepton neutrino neutrino;
566. search for heavy higgs in the channel h ---> w w ---> lepton neutrino jet jet;

     1996

567. interaction regions for a muon collider;
568. beam stability issues in a quasiisochronous muon collider;
569. interaction regions with increased low betas for a 2-tev muon collider;
570. a study of the autin-wildner ir scheme;
571. the d0 upgrade: forward preshower muon system level 2 trigger; the d0 upgrade: forward preshower muon system level 2 trigger;
572. the standard model and beyond: physics with the d0 experiment;
573. the d0 upgrade: forward preshower, muon system and level 2 trigger;
574. missing e(t) + jets signals for supersymmetry in the cms detector at the lhc;
575. model for cms jet resolution;
576. bunch shape evolution near transition: an intuitive approach;
577. deuterons or tritons for muon collider driver;
578. the quasi isochronous buckets of the muon collider;
579. eddy current and field gradient degradation during a gamma (t) jump;
580. design concepts for a novel fermilab superbooster;
581. effects of chromaticity sextupoles on the ins lattice;

     1997

582. jet energy resolution due to calorimetric resolution;
583. on crossing angle at tev33;
584. injection of jhp main ring using barrier buckets;
585. 'round colliding beams' as a way to integrability: theory and simulations for tevatron;
586. dynamic range of the cms hb and he electronics;
587. electron cooling in high-energy colliders;
588. 50-tev high field lattice: observations from a golden cell;
589. instabilities and space charge effects of the high intensity proton driver;
590. btev: an expression of interest for a heavy quark program at c0;
591. experimental study of passive compensation of space charge potential well distortation at the los alamos national laboratory proton storage ring;
592. backscattering in hybrid photodetector devices;

     1998

593. beam manipulation in recycler with electron cooling;
594. pulse formation in a hybrid photodetector;
595. preliminary report on the time dependent effects observed in the e853 channeling extraction experiment at the tevatron;
596. jets, radiation and calorimetry;
597. background reduction in the d0 forward muon detector using thin absorbers;
598. simple theory of silicon backscattering;
599. rf system considerations for muon collider proton driver synchrotrons;
600. observation of bethe-bloch ionization using the booster ion profile monitor;
601. on possibility of footprint compression with one lens in nonlinear accelerator lattice;
602. explicit expressions of impedances and wake functions;
603. momentum compaction and slippage factor;
604. smoothing casim results;
605. sensitivity to gauge mediated supersymmetry breaking models of the fermilab upgraded tevatron collider;

     1999

606. physics opportunities in fermilab's futures;
607. muon colliders : a scenario for the evolution of the fermilab;
608. beam instability issues of the 50-gev x 50-gev muon collider ring;
609. 25-tev center-of-mass hadron collider in vlhc booster tunnel;
610. jets and associated missing energy;
611. minimum bias pileup and missing et at cms;
612. short-bunch production and microwave instability near transition;
613. stability issues of low-energy intense beams;
614. associated production of higgs and top pairs at cms;
615. cross-section for topcolor z-prime(t) decaying to t anti-t: version 2.6;

     2000

616. the effect of ecal resolution on higgs mass resolution;
617. a two-parameter accelerating fodo cell (from circular reasoning to straight thinking);
618. fermilab electron cooling project: estimates for the cooling section solenoid;
619. estimates of dispersive effects in a bent nlc main linac;
620. electron proton instabilities for intense proton rings;
621. physics at a neutrino factory;
622. beam loss, collimation and shielding at the fermilab proton driver;
623. particle population inside a tight stationary bucket;
624. passive landau cavity for the lnls light source electron ring; passive landau cavity for the lnls light source electron ring;
625. a cross-comparison of mars and fluka simulation codes;
626. impact by dead channels in cms hcal on the missing et measurement;
627. from monte carlo integration to lattice quantum chromodynamics: an introduction; from monte carlo integration to lattice quantum chromodynamics: an introduction;

     2001

628. oscillation measurements with upgraded conventional neutrino beams; oscillation measurements with upgraded conventional neutrino beams;
629. a study of t anti-t + higgs at cms; a study of t anti-t + higgs at cms;
630. energy flow in cms calorimetry;
631. theory of cumulative beam-breakup with bns damping; theory of cumulative beam-breakup with bns damping;
632. the beam dynamics of slip stacking; the beam dynamics of slip stacking;
633. beam-ion instability in the fermilab linac; beam-ion instability in the fermilab linac;
634. the fermilab proton driver painting injection simulations; the fermilab proton driver painting injection simulations;
635. linear collider physics; linear collider physics;
636. space-charge effects on bunch rotation; space-charge effects on bunch rotation;
637. calibration of the cms calorimeters; calibration of the cms calorimeters;
638. measuring neutrino cross-sections and neutrino detector r & d at the fermilab anti-proton debuncher; measuring neutrino cross-sections and neutrino detector r & d at the fermilab anti-proton debuncher;
639. minimum bias events and missing energy at the lhc; minimum bias events and missing energy at the lhc;
640. consequences of finite numerical precision in iterated maps; consequences of finite numerical precision in iterated maps;

     2002

641. physics of intensity dependent beam instabilities; physics of intensity dependent beam instabilities;
642. study of low mass higgs using pp --> qqh at cms; study of low mass higgs using pp --> qqh at cms; study of low mass higgs using pp --> qqh at cms;
643. continuous multiple injections at the main injector; continuous multiple injections at the main injector;
644. combination of cdf and d0 results on w boson mass and width;
645. introduction to ground motion issues in linear colliders; introduction to ground motion issues in linear colliders;
646. beam damping in optical stochastic cooling;
647. physics potential at fnal with stronger proton sources;
648. monte carlo selection of energy loss and scattering angle via edgeworth series;
649. update study of low mass higgs using pp ---> qqh at cms;
650. further studies on protecting lhc components against radiation resulting from an unsynchronized beam abort;
651. resonant kicker for bunch - gap particle removal;
652. an integral for longitudinal phase space tomography on equilibrium distributions;
653. estimate of b(k ---> pi nu anti-nu)|(sm) using the kaon unitarity triangle;

     2003

654. spin tracking with siberian snakes in rhic;
655. path-length fluctuations in thick targets;
656. the standard model (electroweak theory);
657. protecting lhc ip1/ip5 components against radiation resulting from colliding beam interactions;
658. the digital hadron calorimeter (dhc) elements' test;
659. beam loss and backgrounds in the cdf and d0 detectors due to nuclear elastic beam - gas scattering;
660. vector boson fusion and quartic boson couplings;
661. lhc detector upgrade;
662. an improved mad-mars beam line builder: user's guide;
663. dark energy physics from a space - based wide area sky survey;
664. averaging of the inelastic cross sections measured by the cdf and the e811 experiments;

     2004

665. analysis of fast stacking by rf maneuvering;