The test employs aging oven and vernier caliper.
本试验采用老化箱、游标卡尺。
The rolling thin film oven test (RTFOT) and fluorescence ultraviolet aging test (QUV) were adopted to evaluate aging property of flame retarded SBS modified asphalt.
通过旋转薄膜烘箱老化试验(rtfot)和荧光紫外老化试验(QUV)对阻燃sbs改性沥青的老化性能进行了试验评价。
By using oven test, DTA and TGA, the effect of deactivator on the thermal-stability of PP filled with mineral was studied.
用热烘箱试验、差热分析和热重分析等试验方法，考察了钝化剂对矿物填充聚丙烯体系热氧稳定性的影响。
Including optical analyzer, salt spray test machine, infrared reflow soldering, constant temperature oven, current load, etc.
当中包括光普分析仪、盐雾测试机、红外线回流焊、恒温炉、电流负载等设备。
This article discussed about the relation of the interrelated design of magnetron and microwave oven and EMI test, and tries to find a balance point between cost and test.
文章就微波炉和磁控管的相关设计与EMI测试关系进行了讨论，在成本和测试效果之间找到了平衡点。
By thin film oven test and ultraviolet photooxidation test, asphalt performance indices were studied, including penetration, softening point, ductility and viscosity.
采用沥青薄膜加热试验和紫外线老化试验，对沥青的针入度、软化点、延度和粘度等性能指标进行了试验研究。
Container may be hot after microwaving. Never give a hot container to a child. Do not use in conventional oven or stove top. Always test food temperature before serving.
微波后容器很热，不要给宝宝。容器不要使用在传统的炉子或炉头。喂食之前测试温度。
The article introduces the test method and the steps to determine the tar content in the coal gas of coke oven by UV spectrophotometer, and the analytical problems.
介绍用紫外分光光度计测定焦炉煤气中的焦油含量的实验方法、步骤以及在取样分析中的问题。
Asphalt Thin Film Oven Test Method is an important inspection item of heavy traffic paving asphalt and paving asphalt.
石油沥青薄膜烘箱试验是重交通道路石油沥青和道路石油沥青的重要检测项目之一。
The test results showed that the ISD was more effective than the pneumatic drying, the drum drying and the oven one.
试验结果表明，在本试验范围内，对撞流干燥所得的产品品质比气流干燥、烘箱干燥、滚筒干燥的效果好。
This article discussed about the relation of the interrelated design of magnetron and microwave oven and EMI test, and tries to find a balance point bet…
文章就微波炉和磁控管的相关设计与EMI测试关系进行了讨论，在成本和测试效果之间找到了平衡点。
The main heat sources of lithium batteries were tested and the explosion mechanism was analyzed under oven test, overcharge test and short-circuit.
发现嵌锂碳与溶剂、电解液热分解和正极热分解反应是诱发电池高温加热时爆炸的主要原因；
The main heat sources of lithium batteries were tested and the explosion mechanism was analyzed under oven test, overcharge test and short-circuit.
发现嵌锂碳与溶剂、电解液热分解和正极热分解反应是诱发电池高温加热时爆炸的主要原因；
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