heat grain 中文意思是什麼
heat grain
解釋
穀物加熱-
The difference of reactive mechanisminduced the difference of their structure. v _ 2o _ 5 product prepared by melting - cooling showed more notable undefined structure. after heat - treating under300, particle size becomes smaller, and aggregate to globate grain, showesbetter electrochemical performance at low charge - discharge rate
熔融淬冷法合成的樣品其無定型結構更明顯，前驅體經過300熱處理后，材料的粒徑變細，團聚成球狀的顆粒，球狀特徵更顯著，在低倍率下具有較好的電化學性能。 -
Microstructure and toughness of welding coarse - grain heat affected zone in ti - v - nb microalloy pipeline steel
微合金管線鋼焊接粗晶區組織及韌性 -
Hot - air furnace is the heat - source equipment for supplying clean - air to dry grain
摘要熱風爐是為糧食烘乾提供潔凈空氣的熱源設備。 -
The measuring of low - temperature specific heat is an important and effective method to study the structure of electronic states, the atomic vibration of lattice, phase transition and structure of grain boundary
低溫比熱測量是研究固體的電子能態結構、原子點陣振動狀態、相變、界面結構等信息的重要的且很有效的手段之一。 -
With the increasing of cu contents, flie resistivity of composite samples nd _ ( 0. 67 ) sr _ ( 0. 33 ) mn _ ( 1 - y ) cu _ ( y ) o _ ( 3 ) ) _ ( 0. 7 ) / ( nife _ ( 2 ) o _ ( 4 ) ) o. 3 changes rapidly and the mr gets better ; 6. as for the composite samples composed of nd _ ( 0. 67 ) sr _ ( 0. 33 ) mn _ ( 0. 8 ) cu _ ( 0. 2 ) o _ ( 3 ) of different sizes, with the increasing of heat treatment temperature, the grain size becomes larger, so the resistivity decreases and the capability of mr gets worse ; 7
6 .經不同溫度熱處理后的n斷67sr033mn0 . scu0203粉體與nifezo ;復合制得的困衡67sr033mno . scu0203 ） 0袱困ifezo4 ） 03復合樣品，隨著粉體熱處理溫度的升高， nd067sr033mnoscu02o3顆粒粒徑逐漸增大，從而導致復合體系電阻率減小，同時磁電阻性能逐漸變差。 -
In order to obtain the strontium titanate nanocrystalline powers materials with small grain, high purity and homo - geneous grain size distribution, the effect of water, waiter - free acetic acid, gel temperature, heat treat temperature and so on were researched
為了制備出晶粒小、材料純度高以及粒徑分佈均勻的納米鈦酸鍶粉體材料，研究了用水量、冰醋酸加入量、凝膠溫度和煅燒溫度等工藝參數對制備納米鈦酸鍶粉體材料的影響。 -
Heat - treating grain flour with turbine process
應用渦輪工藝進行穀物粉類熱處理 -
It will be useful to increasing drying - rate, improving drying quality and decreasing energy consumption in heat - air and vibrating fluidisation drying the distillerys grain and the damp sticky substance
這對于熱風乾燥、振動流化床乾燥和組合方式下乾燥酒精糟等高濕高粘物料，在提高幹燥速度、乾燥質量和減少能耗等方面具有重要的指導意義。 -
4. after heat treatment ni - w - b alloy was both coarsened in grain size and led to the evolution of ni4w and precipitation of ni - b compound
Ni w b合金電沉積層及其復合鍍層的顯微硬度值比ni w合金電沉積層的顯微硬度高。 -
Analyzing the sintering theory of nano material and the heat conduction theory of laser machining, the mathematic model of grain size growth of nano material in laser sintering is built
在分析納米材料已有燒結理論的基礎上，結合激光加工中有關熱傳導理論，建立了納米材料在激光作用下晶粒尺寸變化的數學模型。 -
Fine ni3al powders with an average grain size of 6. 1 m were firstly prepared by shs method and mechanical grinding for 36ks with the ratio of ball to powder at 3. 5. the effects of grinding condition and heat treatment technique on the morphology, microstructure and composition as well as crystal structure of the prepared ni3al powders were discussed
首先採用機械粉碎法在36ks的粉碎時間和球料比為3 . 5的工藝條件下獲得了平均粒度為6 . 1 m左右的ni _ 3al微粉，重點討論了粉碎條件及熱處理工藝對ni _ 3al微粉的形貌、微觀結構、物相組成和晶體結構等的影響。 -
Result of numerical simulation analyses powder grain size influence to velocity and temperature of flame, repeat with different grain size parameter simulation calculate, it has important meaning to accelerate and heat performance of spraying powder
根據數值模擬結果分析了粉末粒度對火焰焰流速度和溫度的影響，用不同粒度參數重復模擬計算，這對噴塗粉末的加速和加熱性能具有重要意義。 -
On the basis of the test & amp; re search conducted, the way of optimizing the used hot - blast parameters and the s ignificance of increasing productivity and reducing the specific heat consumptio n were proposed, which provided references for the test, use and design im provement of the grain drier
基於所進行的試驗研究，提出了優化糧食乾燥機廢氣參數的途徑及其對于提高生產率，降低單位耗熱量的意義，從而為乾燥機的試驗、使用和產品改進設計，提供了參考。 -
Test of insulation heat of grain surface in large warehouse
高大房式倉糧面壓蓋隔熱試驗 -
A - sic, p - sic and little p - si3n4 are main grain phase when heat treating temperature is 1700
柱狀晶的強度以及對晶粒的細化而對斷裂韌性產生影響。 -
Sem results show tin films appear compact and plane in different n2 partial pressure, and there is no big crystal grain appearance on the surface of tin films. tem and afm results tin films have the column structure, and the surfaces of the films are accumulated by crystal grain. in the second part of the thesis the effect of heat treatment processing on the optical properties and structure of the tin films is studied
Tem測試結果顯示，薄膜表面是由tin晶體顆粒堆積在一起，呈柱狀結構afm測試結果表明， tin薄膜呈柱狀結構；在氮氣分壓較小時， tin薄膜表面比較平整，顆粒細小；隨著氮氣分壓的增加， tin薄膜表面顆粒逐漸增大；相同氮氣分壓下，氬氣分壓較小時制備的tin薄膜較為緻密。 -
The results showed that the grain quality, milling quality, protein quality and rheological characteristics of dough became worse with growing content of germinated wheat, that is, the quality of mixed wheat was negatively affected by germinated wheat ; compared with common wheat, the quality indexes of mixed wheat varied little when the content of germinated w heat was less than 10 %
結果表明，隨著發芽小麥比例的增加，混和小麥的籽粒品質、磨粉品質、小麥粉蛋白質品質和面團流變學特性均呈下降趨勢，即發芽小麥含量越高，混和小麥的評價值越低，品質越差；小麥中發芽小麥含量小於10 %時，其各項品質指標與正常小麥相比，均無顯著差異。 -
The essence of the kidney ( water ) is to nourish the liver, the liver ( wood ) stores the blood to support the heart, the heat of the heart ( fire ) is to warm the spleen, the spleen ( earth ) transports and transforms the essence of water and grain to supplement the lung, and the lung ( metal ) clears and descends downwards to support the kidney water ? this indicates the relationship of the interpromotion among the five zang organs
肺（金）氣清肅下降，可以抑制肝陽的上亢；肝（木）的條達，可以疏泄脾土的壅郁；脾（土）的運化，可以抑止腎水的泛濫；腎（水）的滋潤，可以防止心火的亢烈；心（火）的陽熱，可以制約肺金的太過，這就是五臟相互制約的關系。 -
Whilst production capacity of the kiln will vary with the stone grain size see above, heat consumption and product quality will virtually remain constant
雖然該窯的生產能力隨石灰石粒徑變化而變化參考上文，但是熱量消耗和產品質量實質上保持相同。 -
Achievements up to now that are related is elaborated, including : 1. the impact of high temperature on the growth and development, yield and grain quality, the physiological or biochemical processes and 2. the performance of heat tolerance
本文對有關的重要成果進行了闡述，包括： 1 .高溫脅迫對水稻生長發育、產量性狀和品質以及主要生理生化過程的影響； 2 .水稻的耐熱性表現。
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