片语

DTG-ZY灌装机

dtg峰值peak value of DTG

DTG DISTANCE TOGO还要行驶的间隔

dtg curvedtg曲线

DTG-DTA差热分析

tg dtg热重法

TGA-DTG失重

英汉例句

• The parameters of heat -degradation dynamics in the first and second stages are gained by dealing with the TG and DTG curves using differential subduction method.

  用差减微分法对TG和DTG曲线进行了处理，得其第一和第二阶段热降解动力学参数。

• We obtain kinetic parameters of combustion and Pyrolysis according to their TG and DTG curves.

  并根据热重曲线，得出它们的燃烧、热解动力学参数。

• The experiments showed that as the increase of the temperature, there was a sharp decline in peak on DTG curves of biomass, and the peak was higher.

  通过试验发现，随温度的升高，生物质在DT G曲线上出现一个剧烈的下降峰，且峰值较高。

• The effects of IPA and DTG additions on thermal properties of chips and thermal shrinkage and ageing stability of fibers were studied.

  研究了IPA,DTG的添加量对切片的热性能和纤维的热收缩率及经时稳定性的影响。

• The process was investigated in detail through the comparison of DTG (differential thermal gravimetry) and DSC (differential scanning calorimetry) curves of wheat straw.

  通过对实验所得小麦秸秆的DTG和DSC曲线对比分析，对生物质热解过程进行了详细的探讨。

• The results indicate that the compatibility of blending components may be differentiated by the DTG curves of thermal degradations of blends.

  研究结果表明，共混胶乳的相容性可以通过其共混产物的热降解d TG曲线来判定。

• In the DTG training, we have learnt about how the DTG printing machine work, including how to prepare the file before printing, the printing process, maintenance of printing machine, etc.

  在服饰直接喷墨打印的培训过程中，大家都认识到服饰直接喷墨打印机的运作，包括如何处理图像印前準备，打印过程，保养打印机等等。

• Depending on the analysis of the DTG angular sensor function, principles and the DTG's request to angular sensor, the special request to the angular sensor orthogonality is studied.

  在分析动调陀螺仪角度传感器功用、工作原理及动调陀螺仪对角度传感器性能要求的基础上，研究了大角速率动调陀螺仪对角度传感器正交性的特殊要求；

• Actually, DTG printing prints directly on fabric without Heat Press.

  原来，服饰直接喷墨打印并不需要任何热压。

• Methods of error compensation for gyro drift of two axes platform is presented according to DTG characteristic.

  根据动力调谐陀螺与重力相关漂移项的特点，提出了双轴平台陀螺漂移误差的补偿方法。

• The theoretical analysis and the computer simulation show that the whole decoupling of DTG can fully be realized with a high real-time capability.

  通过理论分析，提出一个经校正的输出解耦阵，并经计算机仿真分析与实验验证表明，此解耦阵完全可以实现实时性很好的计算机全解耦。

• The mutation from DAG to DTG resulted in low transmission efficiency, even loss of the transmission ability by aphid.

  结合前面的序列比对得出结论，DAG基序突变为DTG能使病毒的蚜传活性大大降低，甚至丧失。