片语

Melting peak temperature熔融峰温度

melting solid temperature熔解温度

melting crystallization temperature熔融结晶温度

Melting zone temperature熔融区温度

melting bath temperature熔池温度

fusion temperature熔化温度；熔解温度

melting characteristic temperature熔融特征温度

melting out temperature解链温度

melting g temperature熔点

melting point temperature初晶温度

英汉例句

• a formula has been derived to account for the melting temperature of free surface nanoparticles based on the relationship between the cohesive energy and the melting temperature of solids.

  根据熔解温度与结合能的关系，推导出了一个计算自由表面纳米微粒熔解温度的公式；

• the copy principle of dna is studied by using fractal and fractal dimension theory and hydrogen-bond melting temperature in bdna copolymers calculated.

  利用分形和分维理论研究dna的复制机理并计算bdna共聚物中氢键的解链温度。

• it is emphatically expounded the effects of vanadium, titanium, silicon and sulphur on viscosity, melting temperature and solidifying point of liquid iron.

  简介了所采用的测试研究方法，着重论述了钛、钒、硅、硫单因素及其综合因素对铁水粘度、熔化性温度和凝固点的影响。

• the melting temperature of hmls and ls industrial pet filaments shows no obvious difference.

  高模低收缩型、高强低收缩型涤纶丝的熔融温度没有明显差异；

• for valentine's day, nbc learn takes a look at the chemistry of chocolate, explaining why the treat is so irresistible thanks in part to its ideal melting temperature and mood-lifting compounds.

  对于情人节，nbclearn关注了巧克力中的化学，解释了我们对其如此难以抗拒的原因部分是因为它理想的熔化温度和情绪提升的化合物。

• this high pressure was the cause of higher melting temperature and increased cooling time for plastic part.

  这种高压力较高的熔融温度，增加冷却造成塑料的一部分时间。

• the results show: the melting temperature of csi surface is 1858k.

  模拟结果表明：硅晶表面的熔化温度为1858k；

• this paper studied the melting characteristics of binding phase in high-basicity sinter and got the relationship between the melting temperature and binding phases composition.

  本文以高堿度烧结矿中的铁酸盐黏结相为研究对象，考察了黏结相的熔化特性随黏结相组成的变化规律。

• and the higher the melting temperature of polypropylene sample, the higher melt draft ratio is required for piling up.

  熔融温度越高，排状堆积片晶所需的熔体拉伸比越高。

• the result shows that little li_2o additive plays a double role in reducing melting temperature and improving electrical insulating properties of the glasses.

  结果表明，在绝缘子玻璃中添加少量的氧化锂可以降低玻璃熔化温度，同时改善玻璃的电绝缘性能。

• synopsis laboratory measurements and analysis have been made on the viscosity, desulphurizing ability and melting temperature of the bf slag in xingtai iron & steel corp.

  对邢钢高炉渣粘度、脱硫能力、熔化温度进行了实验测定和分析研究。

• according to the result of the dsc test, the melting temperature range of the fiber became narrow as the increasing of heat treatment temperature.

  通过dsc发现随着热处理温度的升高纤维的熔融温度范围变窄。

• melting temperature of the modified pva indicated that the melting temperature of pva with the alcoholysis of 88 % increased with the increasing of the molecular weight.

  改性pva 塑化温度的研究表明，醇解度为88%的pva ，随相对分子质量的增加塑化温度升高。

• the melting temperature and its range of the converter slag containing vanadium and titanium oxides (different contents) were measured.

  测定了钒钛钢渣在不同组元含量条件下的熔化性温度及熔化区间。

• compared with pristine pp, the melting temperature (t_m) and the degree of crystallinities (x_c) increased duo to the introducing of polar monomer gma.

  极性单体的引入导致了pp熔融温度（t_m）和结晶度（x_c）升高；

• the influence of melting temperature and inclusion on hydrogen content is made.

  同时也研究了夹杂物尺寸和熔炼温度对含氢量的影响。

• in this paper, the melting temperature an region for converter slag with vanadium and titanium oxides has been measured.

  测定了钒钛钢渣在不同组元含量条件下的熔化性温度及熔化区间。

• the results showed that the melting temperature change was smaller compared with pure pa6 chip, but the melt flowing property of the functional master-batch became poorer.

  结果表明：与纯pa6切片相比，功能母粒的熔融温度变化较小，但流动性能变差；

• the control of production technology parameters is difficulty due to high melting temperature of borosilicate glass and volatility of boron .

  高硼硅玻璃由于熔化温度高、硼易于挥发等原因，在实际中难于操作控制。

• besides, these bricks contain a minimum amount of glassy phase and possess fine crystallization, higher initial melting temperature of glassy phase.

  此外，含有最少的玻璃相和具有细、晶作用较高的玻璃相初熔温度。

• after blending with the functional master-batch, the melting temperature and spinning temperature were correspondingly higher than pure pa6 chip.

  功能母粒与pa6切片共混后的熔融温度及纺丝温度比纯pa6切片的相应温度高；

• the dsc results showed both the melting temperature and crystallization temperature of the grafting products were decreased.

  dsc研究表明辐照接枝产物的熔融温度和结晶温度均降低。

• it is found that the relation between the melting temperature and the cohesive energy of bulk materials can be used to nanomaterials, but the coefficient depends on the height of nanofilms.

  研究表明，块体材料熔化温度与结合能的关系式在纳米薄膜体系仍然成立，但比例 系数是一个依赖于薄膜厚度的参量。

• the molecular dynamics simulation method has been used to study the relation between the melting temperature and the cohesive energy of pb nanofilms.

  本文利用分子动力学方法研究了铅纳米薄膜的熔化温度与结合能的关系。