查询词典 GPA

You have a low GPA?why?

你在考试中取得了很低的成绩，为什么？

My GPA was the second highest in my class.

我的平均绩点是班里第二高的。

What's your GPA in colllege?

你大学期间的平均成绩分数是多少？

This process was studied by following the substrate reaction of GPa in this paper.

本文第五章用底物反应动力学的方法研究了糖原磷酸化酶的磷酸化过程。

You've spent four years or more building your knowledge and perhaps even earned a high GPA.

你已经花了四年或更多的时间来充电，也许还获得了很高的平均分。

Our theory proves that macroscopicMackay packing icosahedral particles of 〓 could be more stable than 〓 particles withperiodic structure.

我们理论得到的转变压强为6 Gpa，与实验环境压强非常接近。

Results CPC-30%vol%PLGA had the best mechanical capability,σ=40.5 Mpa,Ε=13.8 Gpa;Intercommunicative holes which size was among 100 μm～300 μm was observed in...

结果CPC-30%vol%PLGA力学性能最好，抗压强度40.5MPa，弹性模量13.8Gpa；模拟体液下降解6周材料形成100～300μm相互连通孔隙；骨髓间充质干细胞在支架材料表面生长良好，并通过降解产生的孔洞内材料深部长入。

Fig 1 Negative control Female umbilical cord sample has no Y-specific signal after in situ hybridization with the biotinylated Y-repeated sequence DNA probe PY3.4 Fig 2 Positive control Flow-sorted male umbilical cord cells hybridized to Y-specific DNA probe PY3.4,Every cell contains a Y-specific signal Fig 3 Fetal cells sorted from maternal blood Flow-sorted cells from a pregnant woman at 20 weeks of gestation hybridized to Y-specific DNA probe PY3.4,containing a Y-specific signal Fig 4 The result of polymerase chain reaction Lane 1:male umbilical cord NRBCs sorted by FITC-conjugated anti-monoclonal glycophorin A;Lane 2:sample of 2;Lane 3:male umbilical cord NRBCs sorted by FITC-conjugated anti-CD36;Lanes 4-5:samples of 1 and 3;Lane 6:50 cells of male;Lane 7:5 cells of male;Lane 8:200ng male DNA(positive+control);Lane 9:nonpregnant female DNA(negative+control);Lane 10:ΦX174 HaeⅢ Maker,271bp:amplified band of Y-specific gene SRY;383bp:amplified band of human β-globin gene

图1 阴性对照女性脐带血标本，经与生物素标记的Y-染色体重复序列DNA探针原位杂交后未见Y-染色体特异信号图2 阳性对照分选的男性脐血细胞经与Y-特异DNA探针杂交后，每一细胞都含有Y-染色体特异信号图3 母体外周血中分选的胎儿细胞从一位妊娠20周的孕妇外周血中分选出的细胞经与Y-特异DNA探针杂交细胞中含有Y-染色体特异信号图4 聚合酶链反应结果 1：GPA-FITC单抗分选男胎脐血NRBCs；2：2号标本；3：CD36-FITC单抗分选男胎脐血NRBCs；4、5：1、3号标本；6：50个男性细胞标本；7：5个男性细胞标本；8：200ng男性DNA；9：未孕女性DNA；10：ΦX174 HaeⅢ标准，271bp：为SRY基因扩增带；383bp：为人β-珠蛋白基因扩增带内参照

The reaction mechanism of micron diamond and silicon powder at 800~1200 ℃ and 5.1 GPa was studied.

本文研究了微米级金刚石与硅粉在高温(800~1200℃)高压(5.1GPa)下的反应机理。

Analyses of quenched nm products revealed that the nepheline was completely transformed into NaAlSiO4 with the calcium-ferrite-type structure at 23 GPa and 1500℃ In combination with previous results, the calcium-ferrite-type NaAlSiO4 can exit under the conditions of deep lower mantle and it may be the important host phase for sodium and aluminium in the deep lower mantle. With the change of temperature and pressure, the crystal parameters will change, though the ranges are limited.

结合前人的研究成果可以认为：型NaAlSiO4在地慢深部可以稳定地存在，并对Na、Al在深部的赋存具有重要意义；随着温度压力条件的变化，CaFe2O4型NaAlSiO4的晶体学参数（晶格常数、晶胞体积和计算密度）发生变化，但变化的幅度不大。

In the United States, chronic alcoholism and hepatitis C are the most common ones.

在美国，慢性酒精中毒，肝炎是最常见的。

If you have any questions, you can contact me anytime.

如果有任何问题，你可以随时联系我。