range conversion

The kinetics for bulk thermal polymerization of styrene ( St) at higher conversion within temperature range of 100-200 ℃ has been studied based on Three Stage Polymerization Model ( TSPM) which is proposed by our previous paper.

基于三段聚合模型（TSPM），研究了100&200℃苯乙烯（St）热引发本体聚合。

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The tuning range, walk-off angle, acceptance angle, threshold and conversion efficiency are compared and analyzed, and the effects of walk-off on the beam quality and conversion efficiency of OPO are discussed.

分析比较了调谐范围、离分角、接收角、阈值及转换效率，讨论了离分角对参量输出的光束质量、转换效率的影响。

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Data conversion module can be applied to the situation that need long range to deliver files in serial device, such as the numerical control machine tool transmit files with long range.

串口和以太网口数据转换模块可以应用在串口设备需要远程传输文件的场合，如数控机床控制文件的远程传输等。

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The input and edition of background map for raster display are discussed in this paper. The edition of background map includes type definition, data integration, north correction, map put together, range match, coordinate conversion, and so on.

讨论光栅显示器背景地图的输入及地图数据的类型定义、数据合成、正北校正处理、地图拼接、距离匹配、坐标转换等编辑处理过程。

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Suppose , for instance, that you wanted to expand the range of the Roman numeral conversion functions.

假设你想要扩展罗马数字转换函数的范围.

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Experimental study on the feasibility of scheme through the experimental research, through XBM make EAM at unsaturated state, realize 10Gbit/ s NRZ data all-optical wavelength conversion. The wavelength converter is experimentally demonstrated at 10Gbit/ s rate over up-conversion range 10.2 nm. 5.

通过实验研究验证了方案的可行性，通过交叉偏压调制使EAM处于非饱和状态下工作，实现了10Gbit/s速率的NRZ数据信号全光波长变换，并同时实现了10.2nm宽的全光波长变换范围。

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In the range of room temperature ( about 20~ 30), 100% propylene conversion and 87% selectivity of isopropyl benzene was obtained when the ratio of benzene to propylene was 8:1 in weight and the amount of catalyst was 1/ 3 weight of benzene;

在室温范围内（20～30℃），当苯与丙烯质量比为8：1，离子液体催化剂的用量占苯质量的1／3时，可获得100%的丙烯转化率和87%的异丙苯选择性；

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The introduction of Functionally Graded Materials in the research course of thermoelectrics can greatly improve the optimal temperature range of thermoelectric materials and conversion efficiency of a thermoelectric device.

在热电材料研究的过程中，梯度材料概念的引入可以使热电材料的性能与使用温度得到最佳匹配，同时，可望使热电系统的转换效率得到大幅度提高。

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Base carbon conversion and specific gasification rate increase with elevating gasification pressure, the order of Cf-H2O gasification reaction is in the range of 0.23~ 0.33;

随着压力提高、煤焦的基碳转化率和比气化反应速率均增加；C f&H2O气化反应级数在0.23～0.33范围内；

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The conversion efficiency of thermoelectric generator mainly depends on the thermoelectric materials. The best properties of a given thermoelectric material can be obtained only in a narrow temperature range. This is the reason that thermoelectric generators have low conversion efficiency.

热电器件的转换效率主要决定于热电材料，而每种热电材料只能在很窄的本征温度区间内具有较高的转换效率，这是目前热电器件转换效率还比较低的原因。

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