排序方式： 共有46条查询结果，搜索用时 140 毫秒
31.
Adler J Bai Z Blaylock GT Bolton T Brient J Browder TE Brown JS Bunnell KO Burchell M Burnett TH Cassell RE Coffman D Cook V Coward DH DeJongh F Dorfan DE Drinkard J Dubois GP Eigen G Einsweiler KF Eisenstein BI Freese T Gatto C Gladding G Grab C Hauser J Heusch CA Hitlin DG Izen JM Kim PC Köpke L Labs J Li A Lockman WS Mallik U Matthews CG Mincer AI Mir R Mockett PM Nemati B Odian A Parrish L Partridge R Pitman D Plaetzer SA Richman JD Sadrozinski HF Scarlatella M Schalk TL Schindler RH 《Physical review letters》1990,64(22):2615-2618
32.
Coffman D DeJongh F Dubois GP Eigen G Hitlin DG Matthews CG Mincer A Richman J Weinstein AJ Wisniewski WJ Zhu Y Bolton T Bunnell KO Cassell RE Coward DH Kim PC Labs J Odian A Pitman D Schindler RH Toki W Wasserbaech S Drinkard JJ Gatto C Heusch CA Lockman WS Scarlatella M Sadrozinski HF Schalk TL Seiden A Weseler S Eisenstein BI Freese T Gladding G Izen JM Stockdale IE Tripsas B Mallik U Wang MZ Brown J Burnett TH Li AD Mir R Mockett PM Nemati B Parrish L Willutzki H 《Physical review D: Particles and fields》1992,45(7):2196-2211
33.
W. F. Lim K. Y. Cheong Z. Lockman 《Applied Physics A: Materials Science & Processing》2011,103(4):1067-1075
The effects of post-deposition annealing temperatures (600–1150°C) in 95%N2–5%H2 ambient on the electrical and physical properties of metal-organic decomposed CeO2 spin-coated on n-type 4H-SiC were investigated. As the annealing temperature increased, oxides changed from polycrystalline
to preferred oriented structures and, eventually, to silicate structures. The oxides also showed an incremental increase in
surface roughness as annealing temperature increased. The Lorentz-Lorenz law was utilized to determine the density of the
oxides. The highest density was obtained by a sample annealed at the highest temperature. Electrical results showed that this
sample obtained the lowest leakage current density. Parameters affecting this observation were also investigated. 相似文献
34.
Patricia Stepp Paul R. Lockman Axel J. Rosengart 《Journal of magnetism and magnetic materials》2009,321(10):1591-1593
Targeted drug delivery to the brain parenchyma, i.e., in brain tumor patients, by means of magnetically supported carrier delivery through the tight vascular endothelium of the blood-brain barrier is of critical biomedical importance. We were interested in delineating the first steps in successful brain drug delivery, which focuses on the interactions between magnetically guided yet freely blood circulating nanoparticles and the blood-brain barrier. We employed an in vivo model to quantitatively determine changes in cerebrovascular flow rate and volume during magnetically guided exposure of circulating nanoparticles. 相似文献
35.
Baltrusaitis RM Becker JJ Blaylock GT Brown JS Bunnell KO Burnett TH Cassell RE Coffman D Cook V Coward DH Dado S Dorfan DE Dubois GP Duncan AL Einsweiler KF Eisenstein BI Fabrizio R Gladding G Grancagnolo F Hamilton RP Hauser J Heusch CA Hitlin DG Köpke L Lockman WS Mallik U Mockett PM Mozley RF Nappi A Odian A Partridge R Perrier J Plaetzer SA Richman JD Roehrig J Russell JJ Sadrozinski HF Scarlatella M Schalk TL Schindler RH Seiden A Simopoulos C Sleeman JC Spadafora AL Stockdale IE 《Physical review letters》1986,56(20):2136-2139
36.
Baltrusaitis RM Becker JJ Blaylock GT Brown JS Bunnell KO Burnett TH Cassell RE Coffman D Cook V Coward DH Dado S Del Papa C Dorfan DE Dubois GP Duncan AL Einsweiler KF Eisenstein BI Fabrizio R Gladding G Grancagnolo F Hamilton RP Hauser J Heusch CA Hitlin DG Koepke L Lockman WS Mockett PM Moss L Mozley RF Nappi A Odian A Partridge R Perrier J Plaetzer SA Richman JD Roehrig JR Russell JJ Sadrozinski HF Scarlatella M Schalk TL Schindler RH Seiden A Sleeman JC Spadafora AL Thaler JJ Toki W 《Physical review letters》1985,54(18):1976-1979
37.
Bai Z Blaylock GT Bolton T Browder TE Brown JS Bunnell KO Burnett TH Cassell RE Coffman D Cook V DeJongh F Dorfan DE Drinkard J Dubois GP Eigen G Einsweiler KF Eisenstein BI Freese T Gatto C Gladding G Hauser J Heusch CA Hitlin DG Izen JM Kim PC Labs J Li A Lockman WS Mallik U Matthews CG Mincer AI Mir R Mockett PM Mozley RF Nemati B Odian A Parrish L Partridge R Pitman D Plaetzer SA Richman JD Sadrozinski HF Scarlatella M Schalk TL Schindler RH Seiden A Simopoulos C Stockdale IE Toki W 《Physical review letters》1990,65(11):1309-1312
38.
Coffman D DeJongh F Dubois G Eigen G Hauser J Hitlin DG Matthews CG Mincer A Richman JD Wisniewski WJ Zhu Y Burchell M Dorfan DE Drinkard J Gatto C Hamilton RP Heusch CA Köpke L Lockman WS Partridge R Sadrozinski HF Scarlatella M Schalk TL Seiden A Weinstein AJ Weseler S Xu R Becker JJ Blaylock GT Eisenstein BI Freese T Gladding G Izen JM Plaetzer SA Simopoulos C Spadafora AL Stockdale IE Tripsas B Mallik U Roco M Wang MZ Adler J Bolton T Brient JC Bunnell KO Cassell RE Coward DH Einsweiler KF 《Physical review D: Particles and fields》1990,41(5):1410-1413
39.
40.
R. Webb G. Trilling V. Telegdi P. Strolin B. Shen P. Schlein J. Rander B. Naroska T. Meyer W. Marsh W. Lockman J. Layter A. Kernan M. Hansroul S.-Y. Fung H. Foeth R. Ellis A. Derevshikov L. Baksay 《Physics letters. [Part B]》1975,55(3):331-335
The single diffraction dissociation process pp → (pπ+π?)p has been studied at the CERN ISR at √s = 45 GeV and 0.1 < ?t < 0.6 GeV2. The reaction is dominated by nucleon resonance production: pp → pN (1520) and pp → pN(1688) with cross-sections (0.25 ± 0.08) mb and (0.56 ± 0.19) mb respectively. 相似文献