An 80‐Mev Model of a 300‐Mev Betatron

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An 80‐Mev Model of a 300‐Mev Betatron

机译：300Mev Betatron的80Mev模型

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The construction and operation of a flux‐biased 80‐Mev betatron is described. This betatron was built as a model to test design features later to be incorporated in a 300‐Mev betatron. Particular attention is paid to factors influencing design and to considerations of magnetic problems which are common to betatrons and synchrotrons such as the construction of field magnets which are uniform, the testing of fields at injection time, the mechanism of electron capture, and the influence of field inhomogeneities. The dimensions and operating characteristics are included together with many comparisons with the 300‐Mev betatron.

机译：描述了通量偏置的80Mev旋转加速器的构造和操作。将该电子感应加速器作为模型来测试设计功能，然后将其并入300-Mev电子感应加速器中。特别要注意影响设计的因素，以及对等速加速器和同步加速器常见的磁性问题的考虑，例如构造均匀的场磁体，注入时的场测试，电子俘获的机理以及电子的影响。场不均匀性。包括尺寸和运行特性，以及与300Mev旋转加速器的许多比较。

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《Review of Scientific Instruments》 |1950年第5期|共19页
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1. Point-by-Point model calculation of the prompt neutron multiplicity distribution. nu(A) for U-238(n,f) at incident neutron energies ranging from 1 MeV to 80 MeV [J] . Tudora A., Hambsch F. -J., Tobosaru V. Physical review, C . 2016,第4期

机译：提示中子多重分布的点对点模型计算。关于U-238（n，f）的Nu（a）在入射中子能量的范围为1 mev至80 mev
2. Analysis of 80-MeV Carbon and 80-MeV Nitrogen Ion Irradiation Effects on N-Channel MOSFETs [J] . Anjum Arshiya, Pradeep T. M., Vinayakprasanna N. H., IEEE transactions on device and materials reliability . 2019,第4期

机译：N沟道MOSFET的80meV碳和80meV氮离子辐照效应分析
3. Proton-production double-differential cross sections for 300-MeV and 392-MeV proton-induced reactions [J] . Hiroki Iwamoto12 Minoru Imamura1 Yusuke Koba1 Yoshinori Fukui1 Genichiro Wakabayashi1 Yusuke Uozumi1*Tadahiro Kin2 Yosuke Iwamoto2 Shinya Hohara3 and Masahiro Nakano4 Physical Review C:Nuclear Physics . 2010,第3期

机译：用于300 MeV和392 MeV质子诱导的反应的质子产生双微分截面
4. Evidence for a-cluster condensation in the 0_2~+state at E_x=7.654 MeV in ~(12)C via the (p,p')reaction at 300 MeV [C] . A. Okamoto, T. Yamagata, M. Fujiwara, Tours Symposium on Nuclear Physics and Astrophysics . 2010

机译：在~2〜+状态下在~2〜+状态下在~2〜7.654mev的α簇冷凝，通过（p，p'）反应在300 mev
5. LOW ENERGY ANTIPROTON PROTON ELASTIC SCATTERING IN THE ENERGY RANGE FROM 10 MEV TO 80 MEV INCIDENT KINETIC ENERGY [D] . GOLDBERG, ROBERT. 1969

机译：从10 MEV到80 MEV偶发动能的低能反质子质子散射
6. The mevalonate precursor enzyme HMGCS1 is a novel marker and key mediator of cancer stem cell enrichment in luminal and basal models of breast cancer [O] . Claire A. Walsh, Nina Akrap, Elena Garre, 2020

机译：甲羟戊酸前体酶HMGCS1是乳腺癌腔和基础模型中癌症干细胞富集的新型标记和关键介质
7. Part One: The reaction K-d → $ar{K}$0nn, from threshold to 300 MeV/c. Part Two: K+p elastic scattering : 80-280 MeV/c [O] . Robert Maurice Lansford 1967

机译：第一部分：反应k - d→$ bar {k} $ 0 nn，从阈值到300 mev / c。第二部分：K + P弹性散射：80-280 MeV / C.
8. Coherent Pion Production Induced by 300 MeV and 600 MeV Deuterons [R] . Aslanides, E., Bergdolt, A. M., Bing, O. 1981

机译：300 meV和600 meV氘核诱导相干π产生

An 80‐Mev Model of a 300‐Mev Betatron

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