SIMULATING THE GROSS-NEVEU MODEL WITH THE LANGEVIN ALGORITHM - A COMPARISON OF ANALYTICAL AND NUMERICAL RESULTS

BELANGER L, LACAZE R, MOREL A, ATTIG N, Petersson B, WOLFF M (1990)
NUCLEAR PHYSICS B 340(1): 245-279.

Journal Article | Published | English

No fulltext has been uploaded

Author
; ; ; ; ;
Publishing Year
ISSN
PUB-ID

Cite this

BELANGER L, LACAZE R, MOREL A, ATTIG N, Petersson B, WOLFF M. SIMULATING THE GROSS-NEVEU MODEL WITH THE LANGEVIN ALGORITHM - A COMPARISON OF ANALYTICAL AND NUMERICAL RESULTS. NUCLEAR PHYSICS B. 1990;340(1):245-279.
BELANGER, L., LACAZE, R., MOREL, A., ATTIG, N., Petersson, B., & WOLFF, M. (1990). SIMULATING THE GROSS-NEVEU MODEL WITH THE LANGEVIN ALGORITHM - A COMPARISON OF ANALYTICAL AND NUMERICAL RESULTS. NUCLEAR PHYSICS B, 340(1), 245-279.
BELANGER, L., LACAZE, R., MOREL, A., ATTIG, N., Petersson, B., and WOLFF, M. (1990). SIMULATING THE GROSS-NEVEU MODEL WITH THE LANGEVIN ALGORITHM - A COMPARISON OF ANALYTICAL AND NUMERICAL RESULTS. NUCLEAR PHYSICS B 340, 245-279.
BELANGER, L., et al., 1990. SIMULATING THE GROSS-NEVEU MODEL WITH THE LANGEVIN ALGORITHM - A COMPARISON OF ANALYTICAL AND NUMERICAL RESULTS. NUCLEAR PHYSICS B, 340(1), p 245-279.
L. BELANGER, et al., “SIMULATING THE GROSS-NEVEU MODEL WITH THE LANGEVIN ALGORITHM - A COMPARISON OF ANALYTICAL AND NUMERICAL RESULTS”, NUCLEAR PHYSICS B, vol. 340, 1990, pp. 245-279.
BELANGER, L., LACAZE, R., MOREL, A., ATTIG, N., Petersson, B., WOLFF, M.: SIMULATING THE GROSS-NEVEU MODEL WITH THE LANGEVIN ALGORITHM - A COMPARISON OF ANALYTICAL AND NUMERICAL RESULTS. NUCLEAR PHYSICS B. 340, 245-279 (1990).
BELANGER, L, LACAZE, R, MOREL, A, ATTIG, N, Petersson, Bengt, and WOLFF, M. “SIMULATING THE GROSS-NEVEU MODEL WITH THE LANGEVIN ALGORITHM - A COMPARISON OF ANALYTICAL AND NUMERICAL RESULTS”. NUCLEAR PHYSICS B 340.1 (1990): 245-279.
This data publication is cited in the following publications:
This publication cites the following data publications:

Export

0 Marked Publications

Open Data PUB

Web of Science

View record in Web of Science®

Sources

Inspire 26738

Search this title in

Google Scholar