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- The growth temperature was 518 "C, as probed by a profile thermocouple located inside the reactor. 生长温度在518C，由位于反应腔下的热电耦检测。
- The dependence of hydrogen passivation effect on different AsHa supply pressure and different growth temperature were also researched. 对不同AsH_3压力和不同生长温度下的氢钝化效应也进行了研究。
- Then, we compare the nano-structures of three samples of ZnO thin films grown on GaN with different growth temperature conditions. 然后，我们将三种在不同长晶温度的条件下，以氮化镓为基底所成长的氧化锌薄膜结构进行比较。
- The experimental results show that the morphology of willemite is related to the varieties of nuclei, the orientation of nuclei and growth temperature. 其生长形态与晶核种类、晶核取向及生长温度有关。选择合适的成核方式和生长温度,能有效地控制硅锌矿的生长形态。
- Higher growth temperature of buffer layers can lead to more strongly photoluminescence intensity. b) Effects of treatment processes. 光谱测试表明缓冲层生长温度越高，光致发光强度越强；
- Small size,large density and vertical ordering Ge quantum dots(QDs)were grown by UHV/CVD system. AFM study was carried out to optimize growth temperature and time. 在超高真空化学汽相淀积设备(UHV/CVD)上生长了小尺寸、大密度、垂直自对准的Ge量子点。
- The characteristics of InAs/GaAs quantum dots (QDs) grown by molecular beam epitaxy (MBE) with different growth temperature of GaAs spacer or growth rates were studied. 本篇论文探讨分子束磊晶成长砷化铟/砷化镓量子点的特性随著不同砷化镓空间层的成长温度或成长速率的变化。
- According to atomic force microscope (AFM) measurement and PL spectra, the QDs with higher GaAs spacer growth temperature exhibit better luminescent characteristics. 根据原子力显微镜(AFM)量测和光激放光频谱(PL)可得知，较高的砷化镓空间层成长温度的量子点拥有较好的光激放光特性。
- As we all know, genital growth temperature lower than body temperature, can be conducive to the penis / testicle growth, and can guarantee the normal and produce sperm. 众所周知，生殖器生长温度要低于体温，才能有利于阴茎/睾丸的生长，并能保证精子的正常和产生。
- This research suggests to increase flower produce in months flower production is not enough by controling flowering period by photoperiod, light intensity or growth temperature. 本研究拟以光周期、光照强度或生产温度对水仙百合做花期调控，期使其生产不足之月份产量增加；
- Heat stress above the optimal growth temperature, which was usually in the sublethal range, induced injury to plant physiology, and the plants generated the heat shock response. 摘要热胁迫将对植物造成损伤并诱导植物产生热激反应。
- The growth temperature and situation of producing enzymes from Mucor M1 and Rhizopus M2 were studied.Experiments on three different matching of Mucor M1 and Rhizopus M2 were done. 在研究毛霉M1和根霉M2的生长温度和产酶特性的基础上,进行了三个不同配比的腊八豆生产实验。
- The influence of growth temperature on the style of expressed hEC-SOD wasalso analyzed, and the expression results of different inducing strain densities were compared. 同时考察了细胞培养温度对产物表达形式的影响,并对菌体密度不同时诱导表达的结果进行了比较。
- Both the effects of oxygen pressure and growth temperature on epitaxial growth of Er2O3 on Si(001) substrates are discussed based on the possible chemical reactions. 基于生长过程中可能的化学反应，我们对衬底温度和氧气分压给Er2O3单晶薄膜生长造成的影响也进行了系统的研究。
- It is shown that K (Ta, Nb)O_3 crystal exists in cubic phase when the content of Ta is higher than a certain value at room temperature and no phase transition occurs from growth temperature to room temperature. 发现含钽量大于一定量后,K(Ta,Nb)O_3晶体在室温下以立方相存在,在生长温度至室温间无相变。
- Again, the laboratory growth temperature optima of the organisms (Table 1) were correlated with the frequencies at different soil temperatures. 再次，有机体(表1)的实验室成长温度最宜关联了以频率在不同的土壤温度。
- The main impediment to growth is a lack of capital. 影响发展的主要障碍是缺乏资本。
- He has been an unsung hero of the country's economic growth. 他是使这个国家经济成长的无名英雄。
- Lack of food may stunt the growth. 缺乏食物可能妨碍发育。
- Childhood is a period of rapid growth. 幼年是生长迅速的时期。
