hotplate的例句大全

Hotplate for Photoresist Baking

用于光刻胶烘干的热板的研制

Theoretical Study on Supersonic Gas-Particle Flows with Different Partical-Size Distribution Velocity Distribution and Flame Shape of Swirl Burner for Chinese Cooking Hotplate

不同粒径分布下超声速气粉流的理论研究中餐灶旋流燃烧器的速度分布与火焰外形

The test results show that the minimum heating power required for an average temperature of 300 ℃ is about 200 mW and the heating power of 425 mW will enable the average temperature of the hotplate to reach 600 ℃.

测试结果表明，当板上平均温度为300℃时，所需最小加热功率为200mW，425mW加热功率可使热板平均温度达到600℃。

They cooked on a hotplate in the garage.

他们只好在车库的电炉上做饭。

The set-up of manufacture enterprise laboratory for domestic hotplate and safety requirement of gas storage are introduced.

介绍了家用燃气灶具生产企业实验室的设置和储存燃气的安全要求。

The sc analgesic ED50 of DAC measured with acetic acid twisting test in mice was 0.22+ 0.06mg/kg and that measured with hotplate method by ip was 0.41+ 0.10 mg/ kg.

醋酸扭体法测得DAC抑制小鼠扭体反应50%的剂量为0.22±0.06mg/kg（sc）；

Through analysis, we know that the main reason effecting formation quality of snack container is the temperature distribution which is not uniform on the surface of the insetting hotplate mould.

由分析可知，现用的镶嵌式加热板模具在加热干燥过程中盒盖与盒身的温度场分布不均是影响纸餐盒成型质量的主要原因。

By increasing heating area and bridge length, its power consumption can be lowered effectively. The result shows that the bridge-type hotplate is more suitable for surface ionization.

通过加热面积和梁长等结构尺寸的优化，可以有效降低功耗，同时能满足表面离化源对离化面积的要求.因此，梁支型微热板比膜片型微热板更适用于表面离化。

METHOD: The effects of GCS on normal and inflammatory animals were observed by mice hotplate test, mice writhing test and arthritic flexion test of adjuvant arthritis ( AA) rats;

方法：本文通过小鼠热板法、扭体法以及佐剂性关节炎（Adjuvant Arthritis，AA）大鼠屈伸关节试验观察GCS灌胃给药对正常及炎症动物疼痛的影响；

The controlling system is based on CPU 8031. PID regulating control is adopted to improve the reliability of the hotplate.

控温系统以8031单片机为基础，采用了三次回归方程计算测量温度，运用PID调节控制，提高了高温实验炉的可靠性。

The steady-state heat transfer model of ceramic hotplate is established, and the results from model calculation are compared with those obtained by FEM simulation.

建立了陶瓷微热板的稳态传热模型，并将模型计算结果同有限元模拟结果比对。