CANADIAN JOURNAL OF PHYSICS

CANADIAN JOURNAL OF PHYSICS(英文缩写 CAN J PHYS),ISSN 0008-4204,eISSN 1208-6045 是一本学术期刊。本页汇总该期刊的最新影响因子、分区信息以及最新收录于 PubMed 的文献,帮助您快速了解期刊全貌。

发文量统计区间：2025-09-21 至 2026-09-21，按本站收录文献的发表日期统计。

指标来源：jcr_cas_ifqb

历年影响因子趋势

CANADIAN JOURNAL OF PHYSICS 最新收录文献

1. JCR分区: Q3 CAS分区: B4 影响因子: 1.2

   1. A comparison of the multigroup and collocation methods for solving the low-energy neutron Boltzmann equation.

   PMID:

   11543222

   作者:

   M S Clowdsley, J H Heinbockel, H Kaneko, J W Wilson, R C Singleterry, J L Shinn

   期刊:

   Canadian journal of physics PubMed

   日期:

   2000-01-01

   A low-energy neutron transport algorithm for use in space-radiation protection is developed. The algorithm is based upon a multiple energy group analysis of the straight ahead Boltzmann equation utilizing a mean value theorem for integrals. The algorithm developed is then verified by using a colloca…

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2. JCR分区: Q3 CAS分区: B4 影响因子: 1.2

   2. A simplified optical model description of heavy ion fragmentation.

   PMID:

   11539672

   作者:

   L W Townsend, J W Wilson, J W Norbury

   期刊:

   Canadian journal of physics PubMed

   DOI:

   10.1139/p85-021

   日期:

   1985-01-01

   The fragmentation of 213 MeV/nucleon 40Ar ions by 12C targets is described within the context of a simple abrasion-ablation fragmentation model. The abrasion part of the theory utilizes a quantum-mechanical formalism based upon an optical model potential approximation to the exact nucleus-nucleus mu…

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3. JCR分区: Q3 CAS分区: B4 影响因子: 1.2

   3. Total and differential cross sections for pion production via coherent isobar and giant resonance formation in heavy-ion collisions.

   PMID:

   11539671

   作者:

   P A Deutchman, J W Norbury, L W Townsend

   期刊:

   Canadian journal of physics PubMed

   DOI:

   10.1139/p85-203

   日期:

   1985-01-01

   A quantal many-body formalism is presented that investigates pion production through the coherent formation of a nucleonic isobar in the projectile and its subsequent decay to various pion charge states along with concomitant excitation of the target to a coherent spin-isospin giant resonance via a …

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4. JCR分区: Q3 CAS分区: B4 影响因子: 1.2

   4. Mean excitation energies for stopping powers in various materials composed of elements hydrogen through argon.

   PMID:

   11539603

   作者:

   J W Wilson, Y J Xu, E Kamaratos, C K Chang

   期刊:

   Canadian journal of physics PubMed

   DOI:

   10.1139/p84-089

   日期:

   1984-01-01

   The basic model of Lindhard and Scharff, known as the local plasma model, is utilized to study the effects of the chemical and physical state of the medium on its stopping power. Unlike previous work with the local plasma model, in which individual electron shifts in the plasma frequency were estima…

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