growth n. 1.生長,成長,發(fā)育,發(fā)展。 2.栽培,培養(yǎng)。 3.生長物,產(chǎn)物;【醫(yī)學(xué)】瘤,贅生物。 4.【經(jīng)濟學(xué)】(資本價值與收益的)預(yù)期增長。 a growth of weeds 雜草叢生。 evil growths 弊病。 of foreign growth 外國培植的。 of home growth 本國培植的。 of one's own growth 自己栽培的。 reach full growth 充分發(fā)育,成熟。
linear adj. 1.線的,直線的。 2.長度的。 3.【數(shù)學(xué)】一次的,線性的。 4.【動、植】線狀的;細(xì)長的。 5.由線條組成的,以線條為主的,強調(diào)線條的。 linear amplification 直線放大。 a linear equation 一次方程式。 a linear leaf 線形葉。 linear arts 線條藝術(shù)。
Maximum sustainable yield of linear growth population with allee effects for mammals 效應(yīng)下的最大持續(xù)生產(chǎn)量
The linear growth of the entire function expressed by the double random dirichlet series 級數(shù)所表示的整函數(shù)線性增長性
Arithmetic linear growth 算術(shù)直線生長
Research on non - linear growth model and comparision of 6 scenery area ' s tourism development in china 中國六大遺產(chǎn)地旅游非線性成長及比較研究
And the exponential growth of the number of nuclei has sharper effect on the course of crystallization than the linear growth of its 并且,晶核數(shù)目指數(shù)增加比線性增加對結(jié)晶過程影響明顯。
The start up and linear growth process of the microwave within the foldaway - concentric cylindrical resonant cavity are analyzed based on the one dimensional model firstly , then a 2 . 5 - d pic code is employed to study the nonlinear interaction 由于電子束在同一個腔內(nèi)受到了100深度的調(diào)制,可以直接加微波提取腔進(jìn)行微波提取。然后用二維半pic程序?qū)λM(jìn)行數(shù)值模擬研究。
When the linear growth rate of entities g reduces , the value of vc reduces too . however , the values of avrami exponent and s are hardly affected by the value of g . the conclusions are approved by the data from hspom experiment 晶體線生長速率g減小,對avrami指數(shù)n值和_ s值基本沒有影響:而g減小, v _ c值也會減??;熱臺偏光顯微鏡實驗以peo為樣品,也證實了這些結(jié)果。
The above - ground biomass amount is between 11 . 81 - 109 . 15t / hm2 . s . viciifolia hance has good funcjtion for soil and water conservation . at present , it is on the frontal stage of natural vegetation succession , the ground - diameter is keeping linear growth 狼牙刺個體地徑隨年齡增長保持直線生長,立地條件的優(yōu)劣對生長速度有重要影響,生長速度順序為: 14齡狼牙刺6齡狼牙刺17齡狼牙刺。
A new model was presented in a three dimensional geographic coodinate system to describe the linear growth of r - t instability so that the effects of magnetic inclination and declination were taken into accont . it is an generalization of former theories from equatorial to mid - latitude regions . from this model one can see the influence of magnetic strength , inclination and declination . due to the magnetic effects , the occurrence rate of the instability is not symmetric in longitudes even at the magnetic equator . some occurrence peaks or valleys will appear in certain places around the world 從三維地理坐標(biāo)系出發(fā)建立模型,考慮了地磁傾角和偏角的影響,研究spread - f現(xiàn)象的全球分布特點,是對以前的研究從赤道地區(qū)向中低緯度地區(qū)的推廣。從該三維模型中可以看到地磁場的大小和位型的影響包括磁傾角和磁偏角的效應(yīng)。由于地磁位型的不同,發(fā)生率的分布并不具有經(jīng)度對稱性,即使在磁赤道附近也如此。
Furthermore , referring to the literature and considering the specific experimental conditions given by the research , expression of the change of feed rate with time is presented , to obtain the linear growth of the diameter of pre - sintered glass beads , thus the distribution of beads size is relatively well controlled and raw material is spared in some extent . eventually , during the experiment discrete change of feed rate is implemented , and the practical changes of average diameter are plotted , then the results are compared with the theoretical calculated data 另外,本文通過對造粒技術(shù)、燒結(jié)過程的大員文獻(xiàn)調(diào)研,結(jié)合本研究的具體情況,通過控制進(jìn)料速率呈連續(xù)性變化,基本實現(xiàn)了燒結(jié)前球坯直徑的線性生長變化,從而更有利于實際生產(chǎn)中的產(chǎn)品粒度控制以及做到節(jié)約用料,并在試驗操作中以離散型進(jìn)料速率變化來加以比較驗證。