spark plasma中文是什么意思

• 火花等离子体

• "spark"中文翻译    n. 愉快的年轻人；翩翩少年；纨绔子弟，花花公子；求爱者 ...
• "plasma"中文翻译    n. 1.【生理】血浆；淋巴液。 2.【生物学】原生质。 ...
• "spark-plasma sintering" 中文翻译 :    火花电浆烧结
• "no-spark" 中文翻译 :    无火花
• "not a spark of" 中文翻译 :    毫无, 一点都不
• "spark" 中文翻译 :    n. 1.火花；火星。 2.(钻石等的)闪光；(目光的)闪耀。 3.生气，活力，(才智的)焕发。 4.〔美国〕小钻石；小宝石。 5.〔通常用于否定句〕一丝，一分，一点点。 6.【电学】电花，瞬态放电。 7.【机械工程】(内燃机火花塞的)控制放电装置。 8.〔pl.〕〔口语〕(船上的)无线电技术员。 A single spark can start a prairie fire. 星星之火可以燎原。 There was a wild spark in his eyes. 他的两眼炯炯发光。 The vital spark in him makes him an artist. 他的生气勃勃的活力使得他成为一个艺术家。 fairy sparks 磷光，鬼火。 a spark of wit 才气的焕发。 the vital spark＝the spark of life 生气。 as the sparks fly upward 合乎道理，的确，不错。 have not a spark of interest 毫无趣味。 strike sparks out of sb. 激发某人的聪明才智。 vi.,vt. 发火花，飞火星儿；使闪耀，使闪光；用眼神表示(喜悦等)；〔美国〕鼓舞，激励。 Joseph is a player who can spark his team to victory. 约瑟是个能激励他的队员取胜的运动员。 The discovery sparked us to further study. 这个发现鼓舞我们作进一步的研究。 n. 愉快的年轻人；翩翩少年；纨绔子弟，花花公子；求爱者；情郎。 vi. 讨好女人，追逐女性。 vt. 〔美国〕求爱，求婚。
• "spark the" 中文翻译 :    火花
• "plasma" 中文翻译 :    n. 1.【生理】血浆；淋巴液。 2.【生物学】原生质。 3.(做药膏用的)膏浆。 4.【矿物】半透明的绿玉髓。 5.【物理学】等离子(体)；等离子区。 -matic, -mic adj.
• "plasma display plasma display" 中文翻译 :    等离子显示器
• "a spark of genius" 中文翻译 :    天才的火花
• "aduance spark" 中文翻译 :    调大提前点火角
• "advanced spark" 中文翻译 :    点火提前; 提早火花
• "all spark" 中文翻译 :    火种源; 能量块
• "blowout of spark" 中文翻译 :    消灭火花
• "branched spark" 中文翻译 :    分支火花
• "break spark" 中文翻译 :    断路火花
• "breakdown spark" 中文翻译 :    断路火花
• "breaking spark" 中文翻译 :    断续火花
• "brush spark" 中文翻译 :    电刷火花
• "chevrolet spark" 中文翻译 :    雪佛莱spark; 雪佛兰spark; 雪佛兰火花
• "closing spark" 中文翻译 :    合闸火花
• "communtation spark" 中文翻译 :    整流火花
• "condensed spark" 中文翻译 :    高电容火花
• "condenser spark" 中文翻译 :    电容火花
• "ctric spark" 中文翻译 :    电火花

• The leached product was sintered by hot pressing method and spark plasma sintering
  通过测试电阻一温度关系，在shs合成k
• Characteristics of phase transition in spark plasma sintering of mechanically activated fe - al powders
  烧结条件下的相变特征
• Thermoelectric properties of ce , la yfe1 . 0co3 . 0sb12 compounds synthesized by solid state reaction and spark plasma sintering
  12的放电等离子烧结原位合成及热电性能
• The la1 - xsrxmno3 powder has been sintered by constant pressure sintering , heat pressure sintering ( hp ) and spark plasma sintering ( sps )
  通过无压烧结，热压烧结和sps烧结工艺对lal . xsrxmno3粉末进行烧结，其中sps烧结在900 ，保温1omin得到的烧结样品致密化程度最好。
• Cosb3 nano - powders were used as starting materials , and bulk thermoelectric materials were prepared by spark plasma sintering ( sps ) . we have investigated the influence of sintering temperature and sintering time on grains size
  以纳米和微米cosb _ 3粉末为原料，用放电等离子烧结( sps )方法制备cosb _ 3块体材料，并探讨了烧结温度和时间对烧结体晶粒尺寸的影响。
• In this thesis , we prepared the sample through the method of sol - gel , sintered the nano - meter powders by spark plasma sintering . we have made an analysis on the thermoelectric properties such as the seebeck coefficient and electrical conductivity of the samples with doped different elements such as na and ni
  对不同的ni ， na含量的热电材料在中温范围下的热电性能( 、 )进行了测试，对此体系的热电材料性能与掺杂量、温度的关系进行了研究。
• Spark plasma sintering ( sps ) is a kind of new sintering technology for materials synthesis and processing , it has such advantages as high sintering speed , low sintering temperature , it also can retain the origin state of the sintered materials , as such make the sintered materials keep the state of un - equilibrium in this paper , sps was conceived of treating iron covered silicon powder to keeping the origin state of the powder
  放电等离子烧结( sparkplasmasintering简称sps )是一种材料快速制备新技术，它具有烧结速度快，烧结温度低，使烧结材料处于远离平衡状态，并能保持材料的原有状态等重要特点。本文设想制各出铁硅包覆粉末，再利用sps进行远离平衡状态的处理，来获得保持原始粉末自然状态的合金块体。
• In this work , un - doped and nano sic doped mgb2 / fe tapes and wires were fabricated by the powder in tube ( pit ) technique , and the short samples were synthesized through two different routes of the traditional vacuum sintering and the sparking plasma sintering ( sps ) . the sintering parameters were optimized in both sintering methods
  本文采用粉末套管法( powderintube )原位( in - situ )制备了非掺杂和纳米sic掺杂的mgb2 / fe超导线带材,分别采用常规真空烧结和放电等离子烧结( sps )两种方式合成mgb2超导相,优化了烧结工艺参数。
• Pulse electric current heat treatment ( pecht ) developed by sodick , ltd . , of japan , is a recently developed material processing method which consists of spark plasma sintering and welding , plasma activated sintering and welding , big pulse electric current ( bpec ) diffusion welding etc . the following are basic merits of pecht : rapid heating and cooling ; short sintering or welding time ; lowering sintering or welding temperature
  脉冲电流热加工( pulseelectriccurrentheattreatment ，比如烧结，焊接等)是九十年代发展起来的一种材料快速制备新技术，它包括放电等离子烧结与焊接、等离子活化烧结与焊接、脉冲大电流扩散焊接等。它具有升温、降温速度快、能在较低的温度下烧结或焊接以及时间短的特点。
• The x - ray diffraction , scanning electronic microscope and the squid were used to characterize the properties of the mgb2 core in mgb2 / fe tapes and wires . the effect of the proportion of mg , b and sic as well as the sintering parameters on the phase formation , microstructure and the critical current densities of mgb2 / fe tapes and wires was discussed in details . the results showed that the high purity of mgb2 core could be synthesized by both the traditional vacuum sintering and the sparking plasma sintering and the vacuum sintering environment restrained the oxidation of mg effectively
  相对于传统真空烧结, sps烧结方式成相速度快、样品晶粒细小均匀、 mgb2超导芯致密性好、晶间连接优良,因而sps烧结样品的临界电流密度明显高于传统真空烧结样品,其中未掺杂的带材样品经过sps800 , 15分钟烧结后,自场下的临界电流密度jc值在10k时达到8 . 64 105a / cm2 ,而且随着测量温度和外加磁场的增加, sps烧结样品的临界电流密度下降率比传统真空烧结样品缓慢,在20k ,自场时为5 . 97 105a / cm2 , 20k , 3t时,临界电流密度值仍大于104a / cm2 。