| 1. | Output short circuit or rate of work crystalloid breakdown
输出短路或是功率晶体故障。 |
| 2. | Discharge yi rate of work crystalloid has short circuit signal
放电之功率晶体有短路信号。 |
| 3. | Raw materials for laser crystalloid , special electronics and pharmaceutical intermediate
激光晶体用基质材料，特殊电子化学品，医药中间体。 |
| 4. | It is the ideal equipment to transport or adjust non - glutinosity solid powder , small grain and crystalloid material
特别适用于无粘度的固体粉料，细小颗粒料，晶体料的输送与调节。 |
| 5. | Intravenous antibiotics including penicillin , gentamicin and metronidazole were urgently administered together with crystalloid rehydration
随即静脉滴注晶体溶液和抗生素包括青霉素、庆大霉素和甲硝唑。 |
| 6. | A combined application of crystalloid and colloid liquor seems to be reasonable and may be accepted by most physicians
应该注意，新的复苏策略不适用于合并某些类型创伤的休克，如合并创伤性脑损伤的休克。 |
| 7. | Character : white crystalloid or crystalloid powder , taste sweet , the sweet degree is as the as the sugar , it is easy to dissolve in the water
本品为白色结晶或结晶性粉末，味甜，甜度与蔗糖相当，极易溶于水。 |
| 8. | Success of the model was enhanced by increasing the oxygen concentration on initiation of the bypass , maintenance of an appropriate hematocrit and priming with non - citrated blood crystalloid
此模式是以藉著在启始?路时增加氧浓度，维持适当血球容积以及用无枸橼酸之血液晶质启动而使得本技术得以成功。 |
| 9. | The main results are shown as follows : 1 . bt _ 4 doped with cuo could be sintered in a lower temperature , because cuo has a low melting point . there isn ’ t any other phase in the samples . the dielectric properties decreased because cuo was non - crystalloid
本人工作的主要研究成果如下: 1 . bt _ 4掺杂低熔点的cuo能降低样品的烧结温度,没有其他相生成,烧结后cuo以无定形态的形式存在,导致样品介电性能降低。 |
| 10. | The effects of main process factors such as feeding mode , reaction ph values , and ratio of ammonia and nickel ion , reaction time , agitation , reaction temperature and aging et al on the crystallization course and physical properties of nickel hydroxide were studied in detail . at last , we acquired the optimal preparation parameters , the spherical nickel hydroxide with high tap density and crystalloid degree , perfect flow ability were prepared
在研究加料方式，氨水的加入量，反应时间、体系ph值、反应温度、搅拌、陈化等主要工艺条件对ni ( oh ) _ 2结晶过程和物理性能影响的基础上，确定了较优的工艺参数，制备出了堆积密度和结晶致密程度较高、流动性较好的球形ni ( oh ) _ 2 。 |
