Year of publication
Type of media
Subject
Type of material
Language
-
Particle Simulation of the Fast Ignition Mechanism for Laser Fusion
National licenceZhang Jia-Tai / He Bin / N. E. Andreev | IOP Institute of Physics | 2001 -
Electrode configuration and power output for a transverse flow CO2 laser
National licenceN Ben-Yosef / E Bin-Nun / F Dothan-Deutsch et al. | IOP Institute of Physics | 1971 -
Experimental Study of Diffractive Properties of Wavelength-Sized Single Groove in Si-Si3N4 Substrate
National licenceLü Hui-bin / R. E. Burge / D. N. Qu et al. | IOP Institute of Physics | 1994 -
Effects of microstructures with dimensions smaller than optical wavelength on single groove diffraction
National licenceLü Hui-bin / R. E. Burge / D. N. Qu et al. | IOP Institute of Physics | 1994 -
Experimental study of diffractive properties of wavelength-sized single grooves coated with gold film
National licenceLü Hui-bin / R. E. Burge / D. N. Qu et al. | IOP Institute of Physics | 1993 -
Density limit studies in the tokamak and the reversed-field pinch
PaperG. Spizzo / G. Pucella / O. Tudisco et al. | IOP Institute of Physics | 2015 -
Plasma physics and control studies planned in JT-60SA for ITER and DEMO operations and risk mitigation
Free accessYoshida, M / Giruzzi, G / Aiba, N et al. | IOP Institute of Physics | 2022 -
Overview of the FTU results
Free accessPucella, G. / Alessi, E. / Almaviva, S. et al. | IOP Institute of Physics | 2022 -
Overview of the TCV tokamak program: scientific progress and facility upgrades
Free accessPaperS. Coda / J. Ahn / R. Albanese et al. | IOP Institute of Physics | 2017 -
Overview of the COMPASS results *
In the future we will refer to the author list of the paper as the COMPASS Team.
Free accessHron, M. / Adámek, J. / Cavalier, J. et al. | IOP Institute of Physics | 2022 -
Overview of the TCV tokamak experimental programme
Free accessReimerdes, H. / Agostini, M. / Alessi, E. et al. | IOP Institute of Physics | 2022 -
Performance of missing transverse momentum reconstruction in proton-proton collisions at √s = 13 TeV using the CMS detector
Free accessA.M. Sirunyan / A. Tumasyan / W. Adam et al. | IOP Institute of Physics | 2019 -
Reconstruction of signal amplitudes in the CMS electromagnetic calorimeter in the presence of overlapping proton-proton interactions
Free accessA.M. Sirunyan / A. Tumasyan / W. Adam et al. | IOP Institute of Physics | 2020 -
Pileup mitigation at CMS in 13 TeV data
Free accessA.M. Sirunyan / A. Tumasyan / W. Adam et al. | IOP Institute of Physics | 2020 -
Precision measurement of the structure of the CMS inner tracking system using nuclear interactions
Free accessA.M. Sirunyan / A. Tumasyan / W. Adam et al. | IOP Institute of Physics | 2018 -
Identification of hadronic tau lepton decays using a deep neural network
Free accessTumasyan, A. / Adam, W. / Andrejkovic, J.W. et al. | IOP Institute of Physics | 2022 -
An embedding technique to determine ττ backgrounds in proton-proton collision data
Free accessA.M. Sirunyan / A. Tumasyan / W. Adam et al. | IOP Institute of Physics | 2019 -
Particle-flow reconstruction and global event description with the CMS detector
Free accessA.M. Sirunyan / A. Tumasyan / W. Adam et al. | IOP Institute of Physics | 2017 -
Electron and photon reconstruction and identification with the CMS experiment at the CERN LHC
Free accesspaperThe CMS collaboration / A.M. Sirunyan / A. Tumasyan et al. | IOP Institute of Physics | 2021 -
Performance of the CMS Level-1 trigger in proton-proton collisions at &surd;s = 13 TeV
Free accessA.M. Sirunyan / A. Tumasyan / W. Adam et al. | IOP Institute of Physics | 2020
Send search results as e-mail
Send my search to (beta)
Send your search query (search terms without filters) to other databases, portals and catalogues to find more interesting hits.
Dimensions is a database for abstracts and citations that links information on research funding with the resulting publications, studies and patents.
In the TIB AV-Portal, audiovisual media from science and teaching can be foundand own scientific videos can be published.
The FID move can be used to search for subject-specific literature, research data and other information from mobility and transport research.
The Open Research Knowledge Graph provides structured descriptions of research content and makes it comparable.
Freely accessible part of the collaborative K10plus catalogue with materials relevant for interlibrary loan and direct delivery services.