首页> 外文会议>Polymer Processing Society annual meeting >MEASUREMENT OF MELT TEMPERATURE PROFILES ALONG CAVITY THICKNESS BY USING A NEW INTEGRATED THERMOCOUPLE SENSOR (PART III: INFLUENCE OF GATE SHAPE)

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MEASUREMENT OF MELT TEMPERATURE PROFILES ALONG CAVITY THICKNESS BY USING A NEW INTEGRATED THERMOCOUPLE SENSOR (PART III: INFLUENCE OF GATE SHAPE)

机译：使用新的集成热电偶传感器测量沿腔厚度的熔体温度曲线（第III部分：栅极形状的影响）

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The melt temperature distribution near the gate outlet was measured using the new Integrated Thermocouple Sensor and it has been confirmed that both the shear heating inside the gate and the melt flow velocity distribution near the gate outlet inside the cavity affect the melt temperature distribution.

机译：使用新的集成热电偶传感器测量栅极出口附近的熔融温度分布，并且已经证实栅极内的剪切加热和孔内的栅极出口附近的熔体流速分布均影响熔体温度分布。

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《Polymer Processing Society annual meeting》|2000年||共2页
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作者
Hidetoshi Yokoi; Satoshi Abe; Yasuhiko Murata;
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中图分类 TQ050.43;
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专利

1. Measurement of melt temperature distribution along the cavity thickness direction by using integrated thermocouple sensor - Part III: investigation of temperature distribution under several cavity conditions [J] . Satoshi Abe, Yasuhiko Murata, Hidetoshi Yokoi 成形加工: プラスチツク成形加工学会志 . 2003,第2期

机译：使用集成热电偶传感器测量沿型腔厚度方向的熔体温度分布-第三部分：几种型腔条件下温度分布的研究
2. Measurement of melt temperature distribution along the cavity thickness direction by using integrated thermocouple sensor - Part III: investigation of temperature distribution under several cavity conditions [J] . Satoshi Abe, Yasuhiko Murata, Hidetoshi Yokoi 成形加工: プラスチツク成形加工学会志 . 2003,第2期

机译：通过使用集成的热电偶传感器测量沿腔厚度方向的熔体温度分布。第二部分：几个腔条件下温度分布的研究
3. Measurement of melt temperature distribution along the cavity thickness direction by using integrated thermocouple sensor - part II: temperature distribution for several molding materials [J] . Yasuhiko Murata, Satoshi Abe, Hidetoshi Yokoi 成形加工: プラスチツク成形加工学会志 . 2002,第4期

机译：使用集成热电偶传感器测量沿型腔厚度方向的熔体温度分布-第二部分：几种成型材料的温度分布
4. MEASUREMENT OF MELT TEMPERATURE PROFILES ALONG CAVITY THICKNESS BY USING A NEW INTEGRATED THERMOCOUPLE SENSOR (PART III: INFLUENCE OF GATE SHAPE) [C] . Yasuhiko Murata, Satoshi Abe, Hidetoshi Yokoi Polymer Processing Society annual meeting;PPS . 2000

机译：通过使用新型集成热敏传感器测量腔体厚度沿熔体温度曲线（第三部分：门形状的影响）
5. Gas-assisted powder injection molding: A comparison of residual wall thickness between metal cavity vs. SLA cavity and effect of mold temperature on residual wall thickness. [D] . Kim, Donghan. 2010

机译：气体辅助粉末注射成型：金属型腔与SLA型腔之间的残留壁厚比较以及模具温度对残留壁厚的影响。
6. Erratum: Sutapun B. et al. Development and Beam-Shape Analysis of an Integrated Fiber-Optic Confocal Probe for High-Precision Central Thickness Measurement of Small-Radius Lenses. Sensors 2015 15 8512-8526 [O] . Boonsong Sutapun, Armote Somboonkaew, Ratthasart Amarit, 2016

机译：勘误表：SutapunB.等。集成光纤共焦探头的开发和光束形状分析用于小半径透镜高精度中央厚度测量。传感器2015158512-8526
7. Measurement of Melt Temperature Profiles inside Nozzle of Injection Molding Machine by Using Integrated Thermocouple Ceramic Sensor. III. Influence of Screw Configurations. [O] . Wookyu KIM, Hidetoshi YOKOI 1999

机译：采用集成热电偶陶瓷传感器测量注塑机喷嘴内熔体温度型材。 III。螺杆配置的影响。
8. Heat Transfer Analysis for Unsteady High Velocity Pipe Flow. Part I. On Minimization of Temperature Distortion in the Thermocouple Cavity. Part II. Improved Accuracy in the Prediction of Surface Heat Flux and Temperature by Intrinsic Thermocouple. Part III. Prediction of Transient Surface Heat Flux and Temperature on a Hollow Cylinder, [R] . chen, ching jen chiou, jenq shing 1976

机译：非稳态高速管流动的传热分析。第一部分关于热电偶腔温度畸变的最小化。第二部分。提高内在热电偶预测表面热流和温度的精度。第三部分。空心圆柱体瞬态表面热流和温度的预测，

MEASUREMENT OF MELT TEMPERATURE PROFILES ALONG CAVITY THICKNESS BY USING A NEW INTEGRATED THERMOCOUPLE SENSOR (PART III: INFLUENCE OF GATE SHAPE)

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