temperature的例句（temperature在句子中的用法）

• Its removing coeffi - cient was determined grater than 10~4 under temperature 200℃. 该装置采用两级串接方式,在200℃度下净化因子不低于10~.
• At relatively low temperature ( 100 ℃ ) globulin had no significant change but glutelin increased. 在100℃以下,球蛋白和对照相比差异不大,而碱溶蛋白有所升高.
• Recent electronic means of pumping using low temperature sorption techniques and getter - ion pumps have been introduced. 现在已经采用了低温吸附技术和吸气离子泵的近代电子抽气设备.
• Temperature is most important for seed germination. 温度对种子的发芽至关重要.
• The water temperature originates in geothermy warming rate and the radioactive element decay has the energy. 水温来源于地热增温率及放射元素的衰变产生热能.
• If your child's temperature rises, sponge her down gently with tepid water. 如果你孩子的体温上升，就用海绵蘸上温水轻轻地擦拭她的身体。
• The α - galactosidase has an optimum pH of 5.0 and an optimum temperature of 45℃. 该α - 半乳糖苷酶反应的最适pH为5.0,最适温度为45℃.
• The effect of temperature , pH and proteinase inhibitor on this assay were also evaluated. furfur正常皮肤分离株蛋白酶活性,并检测温度 、 pH值和蛋白酶抑制剂对蛋白酶活性的影响.
• The ore - forming fluid is medium - low temperature, low salinity, and low fugacity of O 2 and S 2. 成矿流体为中低温 、 低盐度 、 弱酸性、低氧逸度和硫逸度.
• These plants must be stored in the light at above freezing temperature. 这些植物必须放置于零度以上光照充足的地方。
• Water freezes when the temperature falls below 0℃. 温度降至摄氏零度以下时水就结冰.
• The Fraunhofer device depends on a temperature gradient: the greater the gradient, the more electricity generated. 该协会研制的设备是根据温度的变化来工作: 温度变化越大, 所产生的电力越多.
• Foehn effect Fengfeng mining Obviously, this effect of high temperature Fengfeng mine. 峰峰矿区焚风效应明显, 这种效应影响峰峰矿区气温明显偏高.
• Any deviation in the flowline temperature trend. 钻井液出口管温度如有任何变化.
• Has a higher application temperature than Teflon & reg ; seated flanged ball valves. 比特氟隆阀座法兰球阀还高的应用温度.
• The nonlinear magnetic property of low temperature sintered Y - type ferroxplana was reported. 介绍了低温烧结Y型平面六方铁氧体的非线性磁性能.
• Dietl et al. predicted that p type Mn doped ZnO could have ferromagnetism at room temperature. Dietl等人的理论计算预测,p型掺杂(Zn, Mn)O可能具有室温铁磁性.
• RESULTS: Fermentative temperature at 28 ℃ and oxygen supply were most important condition. 结果: 温度和微氧是青黛炮制过程中影响发酵的关键因素.
• Temperature records have unequivocally confirmed the existence of global warming. 气温记录清楚无疑地证实了全球气候正在变暖。
• At room temperature, thermal excitation can produce an unwanted current. 在温室下, 热激发可能产生所不需要的电流.