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입자 물리학 실험에 사용되는 입자 가속기의 목록이다. 핵 물리학에서 사용됐으나 입자 물리학 분야를 구분할 때 포함됐던 초기의 입자 가속기도 포함한다. 최근 가속기 단지에는 일반적으로 여러 가속기가 있지만, 결과물이 실험에 직접 사용된 가속기만 포함한다.
, Список ускорителей, используемых в физике элементарных частиц.
, A list of particle accelerators used for p … A list of particle accelerators used for particle physics experiments. Some early particle accelerators that more properly did nuclear physics, but existed prior to the separation of particle physics from that field, are also included. Although a modern accelerator complex usually has several stages of accelerators, only accelerators whose output has been used directly for experiments are listed. used directly for experiments are listed.
, Cet article concerne la liste des accéléra … Cet article concerne la liste des accélérateurs de particules utilisés pour les expériences de physique des particules. Les tout premiers accélérateurs ont été surtout utilisés en physique nucléaire. Dans l'histoire de la physique des particules, les rayons cosmiques ont été les premiers fournisseurs de particules (astroparticules) à très haute énergie. La radioactivité ne produit pas de tels projectiles. Les rayons cosmiques ont l'inconvénient d'être rares et d'avoir des énergies imprévisibles (jusqu'à 108TeV soit 100 millions de fois l'énergie des particules du Tevatron). Pour explorer le noyau, comme pour produire des particules, les expérimentateurs souhaitaient disposer de faisceaux de particules connues, animées d'une énergie connue, et maîtriser ainsi les conditions d'expérience. C'est pourquoi la technique des accélérateurs a connu, après la Seconde Guerre mondiale, des perfectionnements successifs grâce auxquels ces instruments ont pratiquement supplanté les rayons cosmiques comme sources de projectiles à haute énergie. Les accélérateurs de particules ont été construits en tenant compte des 3 idées simples suivantes :
* Ils n'accélèrent que les particules porteuses d'une charge électrique, sensibles aux champs électriques et magnétiques que la technologie sait produire et utiliser.
* Les particules accélérées doivent rester stables (ne pas se désintégrer) pendant l'accélération. L'électron et le proton, le positron et l'antiproton répondent à ces conditions. Les ions lourds sont chargés et stables mais mal adaptés à l'étude des particules.
* Les particules doivent circuler dans un vide suffisant pour ne pas heurter une molécule qui perturberait leur trajectoire. Remarque : dans cette liste, un même accélérateur peut apparaître deux fois (ou plus) dans le même tableau, par exemple avant et après une modification ou une amélioration, et/ou dans deux tableaux (ou plus), selon qu’il a été transformé d’un type en un autre ou bien s’il peut fonctionner selon deux modes. Ainsi, le Tevatron apparaît à trois reprises : une fois dans le tableau "accélérateurs à cible fixe" et deux fois dans le tableau "collisionneurs de Hadrons". Autre exemple, le Large Hadron Collider peut produire des collisions entre protons comme des collisions entre ions, d’où sa présence dans les deux tableaux correspondants.nce dans les deux tableaux correspondants.
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Список ускорителей, используемых в физике элементарных частиц.
, Cet article concerne la liste des accéléra … Cet article concerne la liste des accélérateurs de particules utilisés pour les expériences de physique des particules. Les tout premiers accélérateurs ont été surtout utilisés en physique nucléaire. Dans l'histoire de la physique des particules, les rayons cosmiques ont été les premiers fournisseurs de particules (astroparticules) à très haute énergie. La radioactivité ne produit pas de tels projectiles. Les rayons cosmiques ont l'inconvénient d'être rares et d'avoir des énergies imprévisibles (jusqu'à 108TeV soit 100 millions de fois l'énergie des particules du Tevatron). Pour explorer le noyau, comme pour produire des particules, les expérimentateurs souhaitaient disposer de faisceaux de particules connues, animées d'une énergie connue, et maîtriser ainsi les conditions d'expérience. C'iser ainsi les conditions d'expérience. C'
, A list of particle accelerators used for p … A list of particle accelerators used for particle physics experiments. Some early particle accelerators that more properly did nuclear physics, but existed prior to the separation of particle physics from that field, are also included. Although a modern accelerator complex usually has several stages of accelerators, only accelerators whose output has been used directly for experiments are listed. used directly for experiments are listed.
, 입자 물리학 실험에 사용되는 입자 가속기의 목록이다. 핵 물리학에서 사용됐으나 입자 물리학 분야를 구분할 때 포함됐던 초기의 입자 가속기도 포함한다. 최근 가속기 단지에는 일반적으로 여러 가속기가 있지만, 결과물이 실험에 직접 사용된 가속기만 포함한다.
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입자 물리학의 입자 가속기 목록
, Liste des accélérateurs en physique des particules
, Список ускорителей частиц
, List of accelerators in particle physics
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