magnetic deviation 中文意思是什麼
magnetic deviation
解釋
磁差-
Series of guowei dry - method composite machines as new product are explored with our many years ' experience, the requirement of the users. the first metal of this machine is adopted with : photo - ecectricity auto. tracking " correcting deviation equipment, magnetic powder tension control. pneumatic back pressure shifting blade, oven temperature controlled qutomatically, big roll with oil heating, coating composite pneumatic control as well as double frequency governor etc. it will make the machine with fast speed, lower voice, low polluted by air, shout consumptionfor energy, stable working etc. especially suitable for al - foil with smooth surface and no enough firming, glass paper, polyester ect. the composite material with hard strength, fireproof, anti - ventilation, anti - fatty, frozen, dudrable steam etc character. it is widely used in food, pharmacy, as well as daily articles to package
「國偉」 、系列乾式復合機，是我廠根據多年的復合機製造經驗及結合客戶需求，開發的新產品，該機第一基材採用了「光電自動跟蹤」糾偏放卷裝置，磁粉張力控制、氣動背壓移動式刮刀、烘箱溫度分段自動控制、大輥筒導熱油加熱、上膠復合氣動控制及雙變頻調速技術，使該機具有復合速度快、噪聲低、空氣污染小、能耗低、運行平穩等特點，適宜於表面光滑的鋁箔玻璃紙聚酰胺等與聚乙烯、聚丙烯等薄膜的復合，復合薄膜具有強度高、防水、防透氣、防油脂、可冷凍、蒸煮等優點，廣泛應用冷凍食品、乾燥食品、醫藥品及日用品的包裝。 -
Deviation equation of magnetic compass based on a set of trigonometric function
基於三角函數系的磁羅經自差校正方程 -
Magnetic compass is one of directional navigation instrument in ship fitting, the deviation of magnetic compass will influence the navigational safety of ship
摘要磁羅經是船舶裝備的主要指向性航海儀器之一，磁羅經自差的大小將直接影響船舶的航行安全。 -
Focusing on some disadvantages which exist in the training of measuring and eliminating deviation of magnetic compass in the labs of colleges, this article put forward how to develop a training system of measuring and eliminating deviation of magnetic compass, to build an integrated training lab so as to improve the ability of navigating officers in measuring and eliminating deviation of magnetic compass
針對當前院校在實驗室進行磁羅經自差測定與消除訓練中存在的一些弊端，提出開發研製磁羅經自差測定與消除模擬訓練系統，建設磁羅經自差測消訓練綜合實驗室，以提高航海人員對磁羅經自差的消測能力。 -
This machine has many functions of photo - electricity auto tracking, deviation, magnetic powder brake and clutch to control tension, as well as auto, count and preset count etc
該機具有光電自動跟蹤、糾偏、磁粉制動器和離合器控制張力，自動計數和預置計數等功能。 -
Winding rolling photo - electricity with automatic deviation. every part of winding is adopted with magnetic powder clutch, and every part of rewinding is adopted withmagnetic powder clutch controller
放卷光電自動糾偏。各放卷均採用磁粉制動器，各收卷均採用磁粉離合控制器。 -
The characteristic of those topologies are analyzed in detail. a novel isolated interleaving two - transistor forward boost converter is proposed in this paper. this converter has less voltage stress of power switches, and no transformer magnetic deviation
研究一種新穎的隔離boost變換器，它具有開關管電壓應力低，沒有變壓器單向磁飽和問題，可以實現交錯並聯雙管正激電路所有開關管零電壓開關。 -
In order to increase the utilization of transformer core and reduce the number of transformers, the two - transisteor integrated - magnetics forward converter is studied in this paper. the phenomena about magnetic deviation due to asynchronism of duty cycle and other parameters is analyed, and the converter works normally although there is magnetic deviation. the working principle of circling current is analyed, and a improving circuit is present to decrease the circling current
分析了雙管正激磁集成變換器的環流產生機理，提出了一種減小環流的方法；研究了占空比等參數不一致導致的磁芯偏磁問題，磁芯存在單向磁化現象，但不會出現單向磁飽和，變換器仍能穩定工作。 -
It turns out that : ( 1 ) without the magnetic field for a spherical quantum dot, the ground state energy is the same, and has only relations with the distance of the impurity deviation. after applied the vertical magnetic field, the effects of the ground state energies on the deviation of in - plane or perpendicular to the plane are very small, while the effects on the deviation distance are great, the larger the distance, the more ground state energies will be
我們發現： （ 1 ）當球型量子點沒有加垂直磁場的時候，基態能僅與雜質的偏離距離有關，當加上垂直磁場后，雜質水平和垂直偏離相同距離后，基態能差別不大，當偏離距離增加時，基態能增加。 -
( 2 ) the oscillatory curve of hres is asymmetrical for films. it originates mainly from the lower resonance field hres comparing with anisotropy field, which causes deviation of the direction of magnetic field from that of magnetization
與fe gaas系統的平面單軸各向異性相比， fe inas系統的平面單軸各向異性消失得較快，這可能是fe inas系統各向異性的應力弛豫比fe gaas系統快所致。
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