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Tokamak是什么意思，Tokamak中文翻譯，Tokamak發(fā)音、用法及例句

2025-06-19 投稿

?Tokamak

Tokamak發(fā)音

英：　　美：

Tokamak中文意思翻譯

托卡馬克(受控熱核反應裝置)

Tokamak常見(jiàn)例句

1 、NBI heating is of the highest heating efficiency and of the clearst physics mechanism of tokamak heating method except ohmic heating.───NBI加熱是在托卡馬克上除了歐姆加熱外的主要輔助加熱中加熱效率最高、物理機制最清楚的手段。

2 、Design of the power supply for the acceleration grids of the neutral beam injectors of the EAST tokamak───EAST中性束注入器加速極電源設計

3 、STUDY OF FLUCTUATION CHARACTERISTICS OF THE EDGE PLASMA IN THE HL-1 TOKAMAK───HL-1裝置邊緣擾動(dòng)特性研究靜電探針?lè )椒?/p>

4 、INVESTIGATION OF PLASMA EQUILIBRIUM IN HL-l TOKAMAK───HL-1裝置等離子體平衡實(shí)驗研究

5 、AES ANALYSIS OF IMPURITY COMPONENTES IN THE HL-1 TOKAMAK───HL-1裝置雜質(zhì)成分的AES分析

6 、EAST tokamak───EAST托卡馬克

7 、Deputy director of Tokamak Division, Institute of Plasma Physi-cs, Chinese Academy of Sciences.───中科院等離子體物理研究所托卡馬克物理實(shí)驗室副主任。

8 、SOFT X-RAY EMISSION AND ITS FLUCTUATION IN CT-6B TOKAMAK───CT-6B托卡馬克裝置中軟X射線(xiàn)輻射及擾動(dòng)

9 、UPGRADE OF THE MSR SYSTEM AND DEVELOPMENT OF THE IF AMPLIFIER FOR THE HL-1M TOKAMAK───HL-1M裝置上的MSR系統的改進(jìn)及中放研制

10 、Optical system of the Nd:YAG laser Thomson scattering device on HT-7 Tokamak───HT-7 Nd:YAG激光湯姆遜散射光學(xué)系統分析

11 、The physics concept of the plasma shape equilibrium and fitting code (EFIT) applied in tokamak is described.───介紹了應用于托克馬克裝置上等離子體位形平衡和反演編碼(EFIT)的物理含義。

12 、EAST superconducting tokamak───EAST超導托卡馬克裝置

13 、THE IMPURITY TRANSPORT IN HT-6B TOKAMAK───HT-6B托卡馬克雜質(zhì)輸運

14 、In this paper,some of the microwave techniques used in plasma diagnostic systems on nuclear fusion device HL-2A tokamak are introduced.───介紹了核聚變裝置HL-2A托克馬克中各種微波技術(shù)在等離子體診斷中的應用。

15 、The fiber-optic monitor network of neutral beam accelerator power is introduced in experimental advanced superconducting Tokamak(EAST).───介紹了超導托克馬克聚變實(shí)驗裝置中加速極電源系統的光纖監控網(wǎng)絡(luò );

16 、Head of tokamak experiment division, institute of plas-ma physics, Chinese Academy of Sciences.───中國科學(xué)院等離子體物理研究所托卡馬克實(shí)驗室主任。

17 、Main inte-rests are plasma physics, Tokamak experiments and ste-ady-state operations of superconducting Tokamak.───主要從事等離子體物理、托卡馬克實(shí)驗、超導托卡馬克的穩態(tài)運行研究。

18 、OBSERVATION OF THERMAL EMISSION AND NON-THERMAL EMISSION FROM ELECTRON CYCLOTRON EMISSION IN CT-6B TOKAMAK PLASMA───CT-6B托卡馬克裝置等離子體電子?旋輻射中熱輻射和非熱輻射的觀(guān)測

19 、J-TEXT tokamak───J-TEXT裝置

20 、Application of omegatron detector in the HT-7 tokamak edge ion diagnosis───HT-7裝置回旋質(zhì)譜探測器邊界離子診斷

21 、The configuration, the principles, the design outlines of the fast gauge and the results obtained on the HL-2A tokamak are described.───介紹了快規的結構、原理、設計梗概和在HL 2A裝置偏濾器室中原位測量中性氣體壓強的實(shí)驗結果。

22 、ACCOMPLISHMENT OF THE FEEDBACK CONTROL SYSTEM FOR THE HL-2A TOKAMAK PREPROGRAMMED DISCHARGE───HL-2A裝置反饋控制系統程序放電的實(shí)現

23 、The HT-7 is a super conduct Tokamak in China used to make research on the controlled nuclear fusion as a national project for fusion research.───HT-7是國家大科學(xué)工程的一個(gè)超導托卡馬克裝置,用于研究受控聚變反應。

24 、The control survey of key parts assembly on EAST tokamak───EAST托卡馬克裝置關(guān)鍵部件裝配的控制測量

25 、Tokamak is a Russian word, just mean "magnetic control". You can say JET is a tokamak reactor, but tokamak is not only JET.───不論是英格蘭的，還是中國成都合肥的，還是日本美國人的叫法，按我中國人的習慣，都是同**事，---托卡馬克。應該沒(méi)有本質(zhì)上的區別。

26 、In order to reduce the content of impurity and improve the performance of the plasma,boronization has been performed in HT7 superconducting tokamak by using RFassistant He glow discharge(He GD).───為了降低聚變等離子體雜質(zhì)的含量，改善等離子體性能，對HT-7進(jìn)行了射頻輔助的氦氣直流輝光放電硼化。

27 、THE RELATIVISTIC MODIFICATION OF THE MEASUREMENT OF ELECTRON TEMPERATURE IN HT-7 TOKAMAK BY THOMSON SCATTERING───HT-7湯姆遜散射測量電子溫度的相對論修正

28 、Main interests are plasma physics, study of Tokamak experiments, plasma diagnostics, FIR laser system and optics.───主要從事等離子體物理、托卡馬克實(shí)驗、高溫等離子體診斷、遠紅外激光和光學(xué)系統研究。

29 、Numerical Investigation on Synergistic Effect Between IBW and LHW in HT-7 Tokamak───HT-7托卡馬克中低雜波和離子波恩斯坦波協(xié)同作用的數值研究

30 、HYDROGEN RECYCLING IN HL-1 TOKAMAK───HL-1托卡馬克中的氫再循環(huán)

31 、VISIBLE SPECTORCOPY MEASURMNTS ON HL 1 TOKAMAK───HL-1裝置等離子體可見(jiàn)光譜實(shí)驗

32 、SUNIST Spherical Tokamak───SUNIST球形托卡馬克

33 、HL-2M tokamak───HL-2M裝置

34 、Analysis on the strength of the central solenoid coil for the HT-7U large superconducting Tokamak device───HT-7U大型超導托卡馬克裝置極向場(chǎng)CS線(xiàn)圈的強度分析

35 、Design of DCN Laser in the HT-7 Superconducting Tokamak───HT-7超導托卡馬克中DCN激光器的研制

36 、Magnetic Fluctuation Measurements in the KT-5C Tokamak Plasma───KT－5C托卡馬克等離子體中磁場(chǎng)漲落的測量

37 、MEASUREMENT OF EDGE PLASMA PARAMETERS AND THEIR ELECTROSTATIC FLUCTUATIONS ON THE HT-7 SUPERCONDUCTING TOKAMAK───HT-7超導托卡馬克邊界等離子體參量及其漲落的實(shí)驗研究

38 、Microwave Diagnostics System in the HL-2A Tokamak───HL-2A托克馬克中微波診斷系統

39 、Study of impurity recycling at the edge in HT-6M Tokamak───HT-6M托卡馬克邊界雜質(zhì)循環(huán)的研究

40 、ENERGY SPECTRUM OF HARD X-RAYS AND CORRELATJON BETWEEN LONG PULSE DISCHARGE AND HARD X-RAY EMISSION IN THE HL-1 TOKAMAK───HL-1裝置硬X射線(xiàn)能譜及長(cháng)脈沖放電與硬X射線(xiàn)的發(fā)射關(guān)系

41 、EAST superconductor tokamak───EAST裝置

42 、THE MEASUREMENTS OF HARD X-RAY FLUCTUATIONS IN THE HT-6B TOKAMAK───HT-6B托卡馬克裝置上的硬X射線(xiàn)起伏測量

43 、STUDY OF X-RAY DOSE PROFILE PRODUCED BY HT-6M TOKAMAK───HT-6M托卡馬克X射線(xiàn)劑量場(chǎng)的研究

44 、PROPAGATION OF ION BERNSTEIN WAVE IN KT-5B TOKAMAK───KT-5B托卡馬克上離子伯恩斯坦波的傳播特性

45 、PARTICLE RECYCLING AT EDGE IN THE HT 6M TOKAMAK───HT-6M托卡馬克邊界粒子循環(huán)

46 、ELECTRON CYCLOTRON EMISSION FROM CT-6 TOKAMAK PLASMA───CT-6托卡馬克電子回旋輻射測量

47 、ANALYSIS ON EDDY CURRENTS AND ELECTRO-MAGNETIC FORCES AT THE LOWER HYBRID WAVE LAUNCHING ANTENNA ON THE SUPERCONDUCTING TOKAMAK HT-7───HT-7托卡馬克低雜波天線(xiàn)的渦流及電磁力分析

48 、CHARACTERISTICS OF IMPURITIES AND RADIATION DURING PLASMA CURRENT RISING PHASE IN HL-1 TOKAMAK───HL-1裝置電流上升段輻射與雜質(zhì)特性

49 、ELECTRON CYCLOTRON RESONANCE PREIONIZATION EXPERIMENTS ON CT-6B TOKAMAK───CT-6B托卡馬克微波預電離實(shí)驗

50 、STRUCTURAL DESIGN AND ANALYSIS OF THERMAL LOAD FOR EAST TOKAMAK THERMAL SHIELD───EAST超導托卡馬克冷屏的結構設計及受熱分析

51 、Abstract: Basic principle ofthe controlled nuclear fusion and the Tokamak device used for nuclear fusion reaction are presented in brief.───中文摘要: 簡(jiǎn)要地敘述了受控核聚變反應的基本原理和實(shí)現受控核聚變反應的托卡馬克裝置。

52 、VUV spectra of HT-6B Tokamak───HT-6B托卡馬克的真空紫外光譜

53 、THEORY ANALYSIS AND PARAMETERS OPTIMIZE DESIGN OF RELIABILITY TURN-OFF OF HIGH POWER DC BI-DIRECTIONAL DC FAST THYRISTOR SWITCH IN EAST TOKAMAK───EAST托卡馬克大功率雙向直流快速晶閘管開(kāi)關(guān)可靠關(guān)斷理論分析及參數優(yōu)化設計

54 、AC DISCHARGE CARBONIZATION IN THE HL-1 TOKAMAK───HL-1裝置交流放電碳化實(shí)驗

55 、THE EFFECT OF MOLECULAR PROCESSES IN EDGE REGION ON NEUTRAL TRANSPORT IN THE HL-1 TOKAMAK───HL-1裝置邊緣分子過(guò)程對中性粒子輸運的影響

56 、NUMERICAL ANALYSIS OF LHCD ON THE HL-1 TOKAMAK───HL-1托卡馬克低雜波電流驅動(dòng)的數值分析

57 、Cable in conduit conductors (CICC) are used for the toroidal and poloidal field magnets of the HT 7U tokamak.───HT- 7U裝置的超導環(huán)向場(chǎng)與極向場(chǎng)磁體將采用導線(xiàn)管多級絞纜導體 (CICC)。

58 、DOSE MEASUREMENTS OF HARD X-RAY RADIATION FROM HL-1 TOKAMAK───HL-1裝置硬x射線(xiàn)輻射劑量測量

59 、Computerized Vacuum Control and Monitoring System of Neutral Beam Injection Device in HT-7 Tokamak───HT-7中性束注入裝置真空監控系統的設計

60 、Unlike an animated body (which can only be composed of the standard Tokamak primitives -- cubes, spheres and cylinders) a terrain mesh can be any shape at all.───一個(gè)地形模型是一個(gè)三角形的集合，用于確定剛體將掉落在哪種地形上。當然，僅是地面不被限制；

61 、Design Of The HT-7U Superconducting Tokamak Vacuum Vessel───HT-7U超導托卡馬克真空室的結構設計

62 、Tokamak unit───Tokamak裝置

63 、HT-7 tokamak───HT-7托卡馬克

64 、X-RAY MEASUREMENTS ON HL 1 TOKAMAK───HL-1裝置的X射線(xiàn)測量

65 、AN ECE MEASUREMENT SYSTEM WITH HETERODYNE RECEIVER ON THE HT-6B TOKAMAK───HT－6B上的ECE外差接收系統

66 、Analysis of Thermal Load for EAST Tokamak Cryostat Thermal Shield Design───EAST托卡馬克裝置外冷屏的熱負荷分析

67 、MEASUREMENT OF MAGNETIC FIELD ON HL-1 TOKAMAK───HL-1裝置的磁場(chǎng)測量

68 、SURFACE-PROBE ANALYSIS OF A MOVABLE LIMITER OF IN HL-1 TOKAMAK───HL-1裝置活動(dòng)孔欄的表面探針?lè )治?/p>

69 、MEASUREMENTS ON THE SHELL INDUCTIVE CURRENT IN CT-6 TOKAMAK───CT-6裝置上銅殼電流的測量

70 、PRELIMINARY RESULTS OF ELECTRON DENSITY MEASUREMENTS IN THE TOKAMAK CT-6B───CT-6B裝置電子密度初步測量結果

71 、MULTI-VARIABLE FEED-BACK CONTROL OF PLASMA CURRENT AND HORIZONTAL POSITION IN HT-7 SUPER-CONDUCTIVE TOKAMAK───HT-7鐵芯超導托卡馬克等離子體電流和水平位移多變量反饋控制

72 、HARD X-RAY MEASUREMENT ON HT-6B TOKAMAK───HT-6B上的硬X射線(xiàn)測量(英文)

73 、Design and implementation of a common data analysis software for EAST Tokamak───EAST裝置通用數據分析軟件的設計與實(shí)現

74 、STUDY OF THE ELECTRON THERMAL CONDUCTIVITY OF THE OHMICALLY HEATED DISCHARGES IN THE HT-7 TOKAMAK───HT-7托卡馬克等離子體歐姆放電時(shí)電子熱**系數的研究

75 、EXCITATION CONDITIONS OF ION BERNSTEIN WAVE IN KT-5B TOKAMAK───KT-5B托卡馬克裝置上離子伯恩斯坦波激發(fā)條件的實(shí)驗研究

76 、THE ANALYZE OF VACUUM AND HEAT LOAD FOR TS OF EAST TOKAMAK───EAST托卡馬克裝置冷屏的真空要求與受熱分析

77 、HL-2A tokamak───HL-2A裝置

78 、Effects of fuelling by using high-pressure supersonic molecular beam in the HL-1M tokamak───HL-1M裝置高氣壓超聲分子束加料效果

79 、One is the tokamak design, trapping the charged atoms within a doughnut-shape magnetic field.───一種是托克馬克裝置，用一個(gè)形如甜甜圈的環(huán)形磁場(chǎng)約束電漿粒子的運動(dòng)。

80 、Study on Impurity Transport in HT-6M Tokamak───HT－6M托卡馬克雜質(zhì)輸運行為研究

磁約束熱核聚變的磁場(chǎng)如何產(chǎn)生

您想說(shuō)的磁約束熱核聚變模型就是托卡馬克吧？

托卡馬克（Tokamak）是一種利用磁約束來(lái)實(shí)現受控核聚變的環(huán)性容器。它的名字 Tokamak 來(lái)源于環(huán)形（toroidal）、真空室（kamera）、磁（magnit）、線(xiàn)圈（kotushka）。最初是由位于蘇聯(lián)莫斯科的庫爾恰托夫研究所的阿齊莫維齊等人在1950年代發(fā)明的。

托卡馬克的中央是一個(gè)環(huán)形的真空室（有點(diǎn)像輪胎），外面纏繞著(zhù)多組一定形態(tài)的線(xiàn)圈。真空室內充入一定氣體，在燈絲的熱電子或者微波等預電離手段的作用下，產(chǎn)生少量離子，然后通過(guò)感應或者微波、中性束注入等方式，激發(fā)并維持一個(gè)強大的環(huán)形等離子體電流。這個(gè)等離子體電流與外面的線(xiàn)圈電流一起，產(chǎn)生一定的螺旋型磁場(chǎng)，將其中的等離子體約束住，并使其與外界盡可能地絕熱。這樣，等離子體才能被感應、中性束、離子回旋共振、電子回旋共振、低雜波等方式加熱到上億度的高溫，以達到核聚變的目的。