未脫粒的 的英文怎麼說
中文拼音 [wèituōlìde]
未脫粒的
英文
unthreshed-
The period of time after its exuviate is thinner, weigh water crab ; after this flesh gradually plump, the male crab of fat and not the female crab of be fertilized, weigh fleshy crab ; and the female body after be fertilized, after classics fatten is ovarian and mature, " connect body to coagulate fat, red yellow miscellaneous mix, the knot is pomegranate seed ", call cream crab
它脫殼后一段時間比較瘦，稱水蟹；此後肉漸豐滿，肥實的雄蟹和未受精的雌蟹，稱肉蟹；而受精后的雌體，經育肥卵巢成熟后， 「通體凝脂，紅黃雜糅，結為石榴子粒「 ，則稱為膏蟹。Stripper header invented by afrc uk, mounted on grain combine harvester showed its two deficiencies in china : leaving the stripped straw stan ding without windrowing and relatively high free grain loss especially working a t lower ground speed
英國發明的懸掛在聯收機上的摘脫臺在中國使用中有兩個缺點：摘脫后的基稈未能切割摟集成條鋪和落粒損失，尤其在低速時較大。Abstract : stripper header invented by afrc uk, mounted on grain combine harvester showed its two deficiencies in china : leaving the stripped straw stan ding without windrowing and relatively high free grain loss especially working a t lower ground speed
文摘:英國發明的懸掛在聯收機上的摘脫臺在中國使用中有兩個缺點：摘脫后的基稈未能切割摟集成條鋪和落粒損失，尤其在低速時較大。After 60 days at 160, 250, 350 and 400, u3si2 particles are compact with al - matrix, the meat did not crack and there were no phase change. fuel meat and clad binded tightly, no crack was found at the boundary of the meat and clad
從微觀觀察發現， u _ 3si _ 2顆粒與al基體結合緊密，沒有碎化，芯體沒有開裂，並且與包殼的結合處沒有脫開及發現裂縫，芯體中也沒有發生相變化，未發生鈾硅顆粒向包殼侵入的現象。The tissue - localization showed that there were more silver - grains labelled in the ray, callus and regenerated differentiating vascular tissue cells than that in other tissues. it further suggested that the high concentration of endogenous iaa triggered the dedifferentiation of the immature vascular tissues after girdling, and the lower concentrated iaa flow could promote the initiation and activity of the regenerated cambium
內源iaa組織定位的結果表明射線細胞愈傷組織和新生維管組織內均有較多的銀顆粒標記。這些似可表明，高濃度的內源iaa可啟動未成熟維管組織細胞的脫分化，而較低濃度的內源iaa流則可誘導再生形成層的發生和活動。This paper gives a historical perspective about the past developments of physics in order to understand its present status and furthermore to glimpse its future prospects. we hope that this view may be helpful for those who are engaged in teaching and research in physics. from the stratification of the physical world, it is shown that there is coupling as well as decoupling between different strata, so that complex systems composed of an enormous number of particles will show properties which can not be simply reduced to laws governing individual particles. from this viewpoint, the frontiers of research in physics are discussed in relation to its future prospects. a bright future is anticipated for physics
文章試圖對物理學的發展歷史作一透視，從而理解其現狀，並進而窺測其未來的前景.我們希望這一看法對于當今從事物理學教學與科研的人士有所助益.由於物理世界的層次化，諸層次之間既可能存在耦合，又可能出現脫耦.因而大量粒子所構成的復雜體系中所涌現的各種層展性質就不能簡單地還原成個別粒子所服從的規律.我們根據這一觀點並結合物理學的未來前景，討論了當今物理學研究的若干前沿問題.一切跡象預示著物理學將有光明的前景分享友人