毛骨料 的英文怎麼說

中文拼音 [máoliào]
毛骨料 英文
all-in aggregate
  • : hairdownfeatherfur
  • : 骨名詞1 (骨頭) bone2 (物體內部的支架) framework; skeleton 3 (品質; 氣概) character; spirit ...
  • : 名詞1 (材料; 原料) material; stuff 2 (喂牲口用的穀物) feed; fodder 3 (料器) glassware 4 (...
  1. These include ; fish meal, meat and bone meal, blood meal and feather meal

    包括:魚,肉粉,血粉和羽粉等。
  2. While making, pack the cow head, the cow feet to go to the hair and wash clearly, chop down the small pieces to cook, after going out the pot to pick and get rid of the bone, cutting remaining cow jin into the crumb, put into basin and use to wash rice the bubble to get for 3 hours, then wash clearly with the cold water, packing the seasonings, such as hot pepper, ginger, garlic and wild pepper. etc

    製作時,將牛頭牛腳去洗凈,砍成小塊煮熟,出鍋后剔除頭,將剩下的牛筋切成小片,裝入盆里用淘米水泡3小時撈出,再用冷水洗凈,把辣椒姜蒜花椒等作倒入盆中拌勻,裝入罐中封好,半月後即可食用。
  3. For the identification of deer species with body parts like bone, skin, hair, muscle, visceral organ, antler, blood, embryo, and their various products, the traditional methods are not likely powerful enough to discriminate these involved samples. for establishing an effective identification methodology, keratin and mtdna polymorphisms were studied and taken as genetic markers of deer species. the methods established here were proved effective for any deer primary products

    對于鹿類動物骼、皮張、被、肌肉、內臟等組織、茸片、血液、胎兒及這些材制備的各種產品的種屬鑒定,傳統的方法難以滿足識別鑒定的需要,本文針對這一問題,從角蛋白和dna水平上設計和建立了鹿類動物物種識別方法體系,幾乎可以用於任何鹿類初級產品的鑒別。
  4. In this paper, by using non - linear finite element software, ansys / ls - dyna, simulate a forming of auto fall to ground skeleton part, get the contour of the semi - finished product, forecast the change of the blank thickness and the probable wrinkling, cracking, and from the simulation of the spring - back, obtain the spring - back tendency. so, get technology parameters, which are inextricable to forming production. all these will pose great significant to production in theory and reality

    本文運用非線性有限元軟體ansys ls - dyna對汽車落地架零件進行了沖壓成形的數值模擬,得出了坯外形,預測了成形過程中板壁厚變化和可能出現的起皺、破裂現象,通過回彈模擬,預測了回彈趨勢,獲得了該類零件成形所需要的工藝參數,對實際生產具有一定的指導作用。
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