反质子

狄喇克的理论还预言有一种质子的姐妹粒子，带负电荷，叫做反质子。

Dirac 's theory also predicted a negatively charged sister for the proton , called the antiproton .

本文对非热相变和RHIC能区的反质子质子产额比进行了模型研究。

We carry on model study on non-thermal phase transition and antiproton to proton ratio at RHIC energies .

N湮没势对反质子-核非弹性散射和弹性散射进行研究是少有的研究方法。

It is rare that we study antiproton-nuclear inelastic scattering and elastic scattering by using phenomenological annihilation potentials .

宇宙射线中Neutralino湮灭生成的反质子谱的计算

Computation of Cosmic Ray Antiproton Spectrum from Neutralino Annihilation

美国费米国家实验室的CDF实验组在对撞能量1.8GeV的TEVATRON质子-反质子对撞机上观察到了顶夸克的证据。

CDF collaboration has observed the evidence of top quark in 1 . 8 TeV pp collisions , on the Tevatron at Fermi National Lab.

为了拓展相图中高重子数密度区域的研究，德国在其反质子和离子研究中心启动了压缩重子物质实验（CBM）和SIS100/300加速器的建造。

To exploring the phase diagram in the region of very high baryonic densities , the Compressed Baryonic Matter ( CBM ) experiment and SIS100 / 300of the Facility for Antiproton and Ion Research ( FAIR ) are planned in Germany .

本文分析了欧洲核子研究中心（CERN），质心系能量为540GeV质子反质子对撞机上UA-1实验的最小偏置触发条件下9万个事例的多重末态粒子前向后向快度关联。

The correlation of forward-backward multiplicities about 9 × 10 ~ 4 events under minimum-bias trigger condition of UA-1 experiment on 540 GeV proton antiproton collider at CERN is reported .

各湮没势模型都能较好地描写反质子-核散射过程。利用唯象的（？）

Describing antiproton-nuclear scattering by using each annihilation potential is feasible .

质子－反质子有效相互作用半径的能量依赖

The energy dependence of the effective radius for P interaction

中能区反质子与原子核散射的极化度

The Polarization in Antiproton & Nucleus Scattering at Intermediate Energies

陨石里有，能形成反质子

It 's found in meteorites . It forms antiprotons .

反质子光学位的自旋轨道效应

The Spin Orbit Interaction Effect of Antiproton Optical Potential

大型强子对撞机加速质子和质子束并进行质子质子对撞，而TTevatron是质子反质子对撞机。

LHC collides proton and proton beams while Tevatron is a proton-antiproton collider .

宇宙空间的次级反质子流强的计算

Calculation of the secondary antiproton flux in cosmic space

反质子在核上的弹性散射和库仑效应

Elastic Scattering and Coulomb Effect of Antiproton From Nuclei

反质子与原子核弹性散射的相对论性描述

Relativistic Description of Antiproton - Nucleus Elastic Scattering

质子和反质子相互碰撞的加速器。

An accelerator that collides protons and antiprotons .

利用重力场进行反质子催化熔解。

Harnessing gravity fields for anti-proton catalyzed fusion .

宇宙线反质子流的蒙特卡洛模拟

Monte-Carlo simulation of cosmic ray antiproton intensity

反质子与原子核的散射

The Progress of Antiproton - Nucleus Scattering

反质子&核非弹性散射

Analysis of antiproton - nucleus inelastic scattering

暗物质粒子湮没生成的反质子谱

Antiproton Spectrum Produced by Dark Matter Annihilation

反质子与原子核的电荷交换反应

Antiproton - nucleus change exchange reaction

中能区反质子与核的非弹性散射

Antiproton-Nucleus Inelastic Scattering at Intermediate Energies

反质子与质子相互作用

Anti proton & Proton Interaction

不幸的是，强子，比如质子和反质子，是由名为夸克的更小单元所组成的。

Unfortunately hadrons , such as protons and antiprotons , are made of smaller bits called quarks .

反质子与原子核的非弹性碰撞

Antiproton - nucleus inelastic collision

本文考虑了反质子光学位中包含了自旋轨道耦合项后的影响。

The influence of the inclusion of spin orbit interaction on the antiproton optical potential is considered in this paper .

质子又有质子、反质子，中子又有中子、反中子。

Speaking of the proton , there are protons and anti-protons , and as for the neutron , there are neutrons and anti-neutrons .

该核素图将电子、正电子、反质子、反中子和光子收录在内，完美地表现了质量和电荷的对称性。

The nuclide chart involves electron , positron , antiproton , antineutron , photon to exhibit the symmetry of mass and charge ideally .