首页 / 词典 / good

hgm

  • 网络空心玻璃微球;空心玻璃微珠;灌浆料;灰质异位
hgmhgm
  1. HGM yield and quality increase with the increase of the furnace atmosphere temperature .

    升高载气温度可以提高干凝胶粒子成球率和HGM品质。

  2. Decreasing furnace atmosphere pressure will increase HGM aspect ratio .

    降低载气压力可以提高HGM的纵横比;

  3. The hepatic repairing action of HGM in experimental hepatic injury

    促肝细胞生长物质对实验性肝损伤动物的肝脏修复作用

  4. The Development and Application of the HGM High-Strength Shrinkage-Free Grouting Material

    HGM高强无收缩灌浆材料的研制与应用

  5. Objective To study the clinical findings and classifications of Heterotopic Gray Matter ( HGM ) .

    目的分析灰质异位症的临床表现和分型。

  6. Non-ablative treatment for facial photoaging with combined intense pulsed light and HGM laser

    强脉冲光与HGM激光联合非侵入性治疗面部皮肤光老化

  7. Construction and Identification of hGM CSF Expressing Plasmid Which can be Stably Expressed in Mammalian Cells

    hGM-CSF基因在哺乳动物细胞中稳定转染表达质粒的构建和鉴定

  8. Observation of Correlation between G418 Selection Pressure and Stably Transfected hGM CSF Clones Expression and Secretion Level

    G418选择与稳转克隆表达分泌hGM-CSF的相关性考察

  9. Hollow glass microspheres ( HGM ) with low density and high specific strength have been used to prepared composites in the field of deep-sea exploration .

    在已有的材料中,空心玻璃微球,以其低密度和高机械强度的性能被应用于制备深海浮力材料。

  10. Objective To observe the non-ablative treatment effect on facial photoaging with combined intense pulsed light ( IPL ) and HGM laser .

    目的观察强脉冲光治疗仪与HGM激光器联合应用非侵入性治疗面部皮肤光老化的效果。

  11. We also find that HGM can reduce the fibrocyte in the hepatic injury tissues , protect the liver against the forming of hepatocirrhosis .

    并发现促肝细胞生长物质还能减少受损肝组织中的纤维细胞,防止肝硬化的形成。

  12. The HGM 72 specific mucin carbohydrates could be detected in the cells of antral gland and mucosa neck cells of gastric gland .

    HGM72的抗原表达在胃底腺的颈细胞及胃窦腺细胞。

  13. Based on the discrete state equation of gravitational abnormal ity , HGM multi-wavelet was adopted to carry out the simulation experiments of alleviating gravitational abnormal distortion .

    根据离散的重力异常状态方程,采用HGM多重小波进行了海洋重力异常数据仿真处理。

  14. Objective : To investigate the Anti tumour effect of the tumour vaccines engineered by human interleukin 2 ( hIL 2 ) and human granulocyte macrophage colony stimulating factor ( hGM CSF ) genes .

    目的:探讨联合应用人白细胞介素2(hIL2)和人粒细胞巨噬细胞刺激因子(hGMCSF)基因瘤苗抗肿瘤作用。

  15. Manufacturing technology of micro-spheres perturbation target is an important part of ICF research , the key difficulty is micro-machining on the surface of a HGM ( Hollow Glass Micro-spheres ) and engendering scheduled perturbing stripe .

    球面调制靶的制备技术是ICF研究的重要组成部分之一,其关键难点集中在对空心玻璃微球(HGM)外表面生成预定的扰动条纹的微细加工。

  16. With inorganic compounds , hollow glass microsphere ( HGM ) of above 10 % molar ratio K_2O was prepared by liquid-droplet method . The glass forming oxides content in solutions and technical conditions of preparing were optimized and selected .

    以无机化合物为初始原料,选择合理的玻璃溶液配方和成球条件,用液滴法制备出直径200μm,壁厚2μm,K2O摩尔分数大于10%的空心玻璃微球(HGM)。

  17. According to the features of HGM and the requirements of the manufacturing of perturbation ball targets and combining the nowadays'excimer etching technique , the parameters of the excimer laser beams , the constructures of the optical etching system and the details of the manufacturing process are discussed .

    针对HGM的特点和球面调制靶的制备要求,结合现有的准分子激光加工技术,对加工激光束参数的确定、光学系统的构建以及具体的加工过程进行了研究。

  18. The system can perform the computations such as blank dimensions , cutting and grinding settings , tooth contact analysis and under cut check of SGM , SFM , SGT , SFT , HGM , HFM , HGT , HFT cutting methods .

    该系统可完成SGM、SFM、SGT、SFT、HGM、HFM、HGT、HFT切齿法的齿坯几何参数、切齿调整参数、轮齿接触分析、磨齿调整参数和根切检验等计算。

  19. Purpose : To analyze the MRI features of heterotopic gray matter of the brain ( HGM ), and to investi-gate the diagnostic value of MRI in HGM so as to deepen the cognition of HGM and to reduce the missed diagnosis and misdiagnose .

    目的:分析脑灰质异位的MRI表现,探讨MRI对HGM的诊断价值,以加深对本病的认识,减少漏诊及误诊。

  20. Based on the analyzation of the properties of HGM and the BDS ( Beam Delivery System ) of the 248 nm KrF excimer laser , several problems of etching glass micro-spheres utilizing excimer laser were discussed , and several experiments of etching glass chips were successfully carried out .

    在对玻璃微球性质的分析和准分子激光机光路传输系统解析的基础上,讨论了利用248nmKrF准分子激光刻蚀玻璃材料的问题。