flame fusion method中文是什么意思

• 晶体生长焰熔法
• 焰熔法

• flame    n. 1.火焰；光辉，光芒；【火箭】火舌。 2.热情，激 ...
• fusion    n. 1.熔解，熔化；【物理学】(核)聚变，合成。 2. ...
• method    n. 1.方法，方式；顺序。 2.(思想、言谈上的)条理 ...
• flame fusion    焰熔
• fusion method    热烙法; 熔化法; 熔融法
• method of fusion    熔化法
• alkali fusion method    碱溶法
• electro fusion method    电融合法
• fusion welding method    熔焊法
• pre fusion method    预熔
• vacuum fusion method    真空熔化法; 真空溶化法
• flame ionization method    火焰电离法
• open-flame method    明火试验法
• spot method of flame hardening    定点式火焰淬火法
• hydrogen flame ionization method (hfi    氢火焰离子化法
• of flame    火焰的
• s the flame    爱是火焰
• - nuclear fusion    核聚变
• a fusion of ideas    不同思想的混合体
• abnormal fusion    融合异常
• agent of fusion    助熔剂
• alkali fusion    碱熔法; 碱熔融; 与碱共熔
• alkaline fusion    加碱熔化; 碱熔

• Processing and growth mechanism of al - doped rutile single crystal by flame fusion method
  单晶体焰熔法生长实验及机理
• Except some conclusions reported in article , most of them have also not been published . and it is the first time to successfully artificially grow rutile single crystal with flame fusion method in china
  本论文的主要成果，即焰熔法制备金红石晶体的成功，填补了国内的空白，并将有力的推动金红石晶体在各种应用领域的研究。
• Ultrafine powder , the high quality ultrafine power has been got . ( 2 ) the perfect rutile has been got with flame fusion method in developed domestic sjz sintering machine , and the technology of crystal growth has been clearly analyzed . in the end the suitable techniche has been got on the basis of systemic study on the conditions of growth
  通过对晶体生长中的籽晶方向、气氛等的作用的大量深入的研究，得出了金红石晶体焰熔法生长现阶段的最佳工艺条件，即籽晶( 001 )在氢氧比为1 ： 1的附近，通过加氢进行扩肩，然后在1450加氧退火24hr后就能够获得完整透明的金红石单晶。
• Through this article work , the perfect rutile has been got with flame fusion method in developed domestic sjz sintering machine for the first time in china . based on it , the study of the electrical property of irradiationed rutile by high dose neutron has been also made . the achievements are concluded in the following : ( 1 ) through the development of technology of tio
  对粉体的制备工艺本论文也做了详尽的描述和研究，对粉体前驱体ats的晶相、合成和焙烧过程进行了xrd 、 sem 、 tg等全面的分析，对粉体的晶相结构、形貌以及性能的表征都做了研究。

• flame fusion methodとは意味：火炎溶融法｛かえん ようゆう ほう｝