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等离子体与第一壁元件的交互
等离子体与第一壁元件的交互
行业数据
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所属报告：
专用设备行业可控核聚变深度：核聚变项目国内外持续推进有望超预期-250321（42页）.pdf
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相关数据
图表37激光等离子体（LPP）光源发生原理
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行业数据
2025-10-16
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图表36放电等离子体（DPP）光源发生原理
fCDnu4Tku7Yv6YOo5L2N5ZCN56ewICAgfAp8LS0tLS0tLS0tLS0tLS0tLXwKfCDpmLTmnoEgICAgICAgICAgIHwKfCDpmLPmnoEgICAgICAgICAgIHwKfCDnm67moIfmnZDmlpkgICAgICAgfAp8IOetieemu+WtkOS9kyAgICAgICB8Cnwg5o6g5YWl5bCE5pS26ZuG5ZmoICAgfAp8IOS4remXtOeEpueCuSAgICAgICB8Cnwg566U6Zm36ZixICAgICAgICAgfAoK6LWE5paZ5p2l5rqQOiBBbmRyZWFzIEVyZG1hbm4g44CK5YWJ5a2m5YWJ5Yi75ZKM5p6B57Sr5aSW5YWJ5Yi744CL
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行业数据
2025-10-16
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图表39Cymer激光等离子体（LPP）极紫外光源腔体结构
fCDpg6jku7blkI3np7AgfCAKfCAtLS0gfCAKfCBEcm9wbGV0IEdlbmVyYXRvciB8IAp8IEVVViBTZW5zb3JzIHwgCnwgRWxsaXBzb2lkYWwgQ29sbGVjdG9yIHwgCnwgVHVybmluZyBNaXJyb3IgfCAKfCBGb2N1c2luZyBMZW5zIHwgCnwgTGFzZXIgLyBEcm9wbGV0IFRhcmdldGluZyBDYW1lcmFzIHwgCnwgUHJpbWFyeSBGb2N1cywgUGxhc21hIHwgCnwgSW50ZXJtZWRpYXRlIEZvY3VzIChJRikgfCAKfCBEcm9wbGV0IENhdGNoZXIgfCAKCui1hOaWmeadpea6kO+8mkN5bWVy
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行业数据
2025-10-16
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ITER电源线圈运行电流、等离子体电流及辅助加热系统电流波形
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行业数据
2025-08-19
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中国环流三号100万安培等离子体运行画面
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行业数据
2025-08-08
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ITER全钨偏滤器示意图，垂直靶板处面向等离子体单元，及穹顶处面向等
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行业数据
2025-08-08
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CFETR等离子体与屏蔽包层剖面
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行业数据
2025-07-11
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莱伯泰科电感耦合等离子体串联质谱仪（ICP-MS/MS)
fCDorr7lpIflnovlj7cgfCBJQ1AtTVMvTVMgfAp8LS0tLS0tLS0tLS18LS0tLS0tLS0tLS0tLS18Cnwg5Yi26YCg5ZWGICAgfCBMYWJUZWNoICAgICAgfAp8IOS6p+WTgeWQjeensCB8IElDUC1NUyBUcmlwbGUgUXVhZCA1MDAwIHwKCui1hOaWmeadpea6kO+8muWFrOWPuOWumOe9ke+8jOilv+WNl+ivgeWIuOaVtOeQhg==
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行业数据
2024-12-24
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等离子体干法刻蚀机：2023-10M24中国大陆从台
fCDml6XmnJ8gfCDorr7lpIfph5Hpop3vvIjnmb7kuIflhYPvvIkgfAp8LS0tLS0tfC0tLS0tLS0tLS0tLS0tLS0tLXwKfCAyMDIzLTEwIHwgNDAwIHwKfCAyMDIzLTExIHwgMjAwIHwKfCAyMDIzLTEyIHwgNjAwIHwKfCAyMDI0LTAxIHwgMzAwIHwKfCAyMDI0LTAyIHwgNTAwIHwKfCAyMDI0LTAzIHwgNzAwIHwKfCAyMDI0LTA0IHwgODAwIHwKfCAyMDI0LTA1IHwgOTAwIHwKfCAyMDI0LTA2IHwgMTAwMCB8CnwgMjAyNC0wNyB8IDYwMCB8CnwgMjAyNC0wOCB8IDQwMCB8CnwgMjAyNC0wOSB8IDEyMDAgfAoK6LWE5paZ5p2l5rqQ77ya5Lit5Zu95rW35YWz77yM5Y2O5YW06K+B5Yi45pW055CG
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行业数据
2024-12-23
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等离子体干法刻蚀机：2023-10M24中国大陆从台湾省
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行业数据
2024-12-23
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等离子体干法刻蚀机：2023-10M24中国从日本进
fCDml6XmnJ8gICAgICAgfCDorr7lpIfph5Hpop3vvIjnmb7kuIflhYPvvIkgfAp8LS0tLS0tLS0tLS0tfC0tLS0tLS0tLS0tLS0tLS0tLXwKfCAyMDIzLTAxICAgIHwgNTAwICAgICAgICAgICAgICB8CnwgMjAyMy0wMyAgICB8IDEwMDAgICAgICAgICAgICAgfAp8IDIwMjMtMDUgICAgfCA1MDAgICAgICAgICAgICAgIHwKfCAyMDIzLTA3ICAgIHwgMTUwMCAgICAgICAgICAgICB8CnwgMjAyMy0wOSAgICB8IDUwMCAgICAgICAgICAgICAgfAp8IDIwMjMtMTEgICAgfCAxNTAwICAgICAgICAgICAgIHwKfCAyMDI0LTAxICAgIHwgNTAwICAgICAgICAgICAgICB8CnwgMjAyNC0wMyAgICB8IDI1MDAgICAgICAgICAgICAgfAp8IDIwMjQtMDUgICAgfCAxNTAwICAgICAgICAgICAgIHwKfCAyMDI0LTA3ICAgIHwgMTAwMCAgICAgICAgICAgICB8CnwgMjAyNC0wOSAgICB8IDIwMDAgICAgICAgICAgICAgfAoK6LWE5paZ5p2l5rqQ77ya5Lit5Zu95rW35YWz77yM5Y2O5YW06K+B5Yi45pW055CG
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行业数据
2024-12-23
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等离子体干法刻蚀机：2023-10M24中国从日本进口的
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行业数据
2024-12-23
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电感性等离子体刻蚀（ICP）
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其它
2024-07-16
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电容性等离子体刻蚀反应腔（CCP）
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其它
2024-07-16
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第一壁材料的选择面临着平衡等离子体对材料的影响和材料对等离子体的影响的挑 战。通常选择铍作为第一壁的涂层材料，因为低原子量材料易于电离，但铍的高侵蚀率和毒性使其不太可能成为首选。相比之下，钨由于其高熔点和热导率可能是一个可行的选择。因此，在第一壁材料的选择中需要权衡各种因素，以保护设备并最大限度地减少对等离子体的影响。
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专用设备行业可控核聚变深度：核聚变项目国内外持续推进有望超预期-250321（42页）.pdf
主流惯性约束装置对比
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