Vessel Mechanical 容器機械の紹介

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10.1016/J.FUSENGDES.2021.112762

To date, the number and size of vacuum vessel ports as well as the segmentation and size of in–vessel mechanical components of DTT have been established by a compromise between operational and maintenance needs.

現在までに、真空容器ポートの数とサイズ、およびDTTのIn -Vessel機械コンポーネントのセグメンテーションとサイズは、運用ニーズとメンテナンスのニーズの間の妥協によって確立されています。

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10.1051/EPJCONF/201921302008

The time evolution of drop size distribution was investigated in baffled vessel mechanically agitated by a Rushton turbine and a high-shear tooth impeller.

液滴サイズ分布の時間発展は、Rushton タービンと高せん断歯インペラーによって機械的に攪拌されたバッフル付き容器で調査されました。

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10.1089/lrb.2019.0040

In the present work, we investigated lymphatic vessel mechanical properties (contraction frequency and amplitude) that may be modulated by LDL application and the consequence on lymph flow.

本研究では、LDL アプリケーションとリンパ流への影響によって変調される可能性があるリンパ管の機械的特性 (収縮頻度と振幅) を調査しました。

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Vessel Mechanical 容器機械の概要

Vessel Mechanical 容器機械

Encyclopedia 百科事典

Nov 30, 2023

容器機械とは何ですか？

Vessel Mechanical 容器機械 - To date, the number and size of vacuum vessel ports as well as the segmentation and size of in–vessel mechanical components of DTT have been established by a compromise between operational and maintenance needs. ^[1] The time evolution of drop size distribution was investigated in baffled vessel mechanically agitated by a Rushton turbine and a high-shear tooth impeller. ^[2] In the present work, we investigated lymphatic vessel mechanical properties (contraction frequency and amplitude) that may be modulated by LDL application and the consequence on lymph flow. ^[3]
現在までに、真空容器ポートの数とサイズ、およびDTTのIn -Vessel機械コンポーネントのセグメンテーションとサイズは、運用ニーズとメンテナンスのニーズの間の妥協によって確立されています。 ^[1] 液滴サイズ分布の時間発展は、Rushton タービンと高せん断歯インペラーによって機械的に攪拌されたバッフル付き容器で調査されました。 ^[2] 本研究では、LDL アプリケーションとリンパ流への影響によって変調される可能性があるリンパ管の機械的特性 (収縮頻度と振幅) を調査しました。 ^[3]