scaling law造句
例句與造句
- The mechanism of shock formation apparently changes, too, at these altitudes so that the scaling laws are no longer applicable .
在這個(gè)高度下，沖擊形成的機(jī)制也有很明顯的改變，所以遞增公式也就不再適用了。 - Experimental research of scaling law in wall turbulence
壁湍流標(biāo)度律的實(shí)驗(yàn)研究 - Anomalous scaling law in turbulent boundary layer
壁湍流邊界層奇異標(biāo)度律的實(shí)驗(yàn)研究 - Periodic vibration ; turbulence ; scaling law ; hierarchical structure
周期性擾動(dòng)湍流標(biāo)度律層次結(jié)構(gòu) - Using the scaling law , we know the critical exponent of specific heat too
并利用標(biāo)度律求出了比熱臨界指數(shù)。 - It's difficult to find scaling law in a sentence. 用scaling law造句挺難的
- Experimental research of scaling law in a turbulent boundary layer over heated wall
壁面加熱湍流標(biāo)度律的實(shí)驗(yàn)研究 - Extended self - similar scaling law of multi - scale eddy structure in wall turbulence
壁湍流多尺度湍渦結(jié)構(gòu)推廣的自相似標(biāo)度律 - Blast scaling law
爆震標(biāo)度定律 - Mach scale law
馬赫相似律 - An experimental measurement for the scaling law in a boundary layer over heated wall by metal wires
金屬絲壁面加熱湍流標(biāo)度律的實(shí)驗(yàn)研究 - The scaling law is a power law if , and only if , a characteristic dimension is absent
2 、證明相似定律是依尺寸相似比的乘冪關(guān)系的規(guī)律。 - Experimental studies on sl scaling law and spatial scales of coherent structures in near - wall turbulent boundary layer
超聲速平面剪切層聲輻射渦模態(tài)數(shù)值分析 - The researching object of this thesis is operation specialization and service marketing for a large - scale law firm
本文研究的對象是大型律師事務(wù)所的專業(yè)化經(jīng)營和服務(wù)營銷問題。 - From the scaling law about hot electron temperature given by vh model , the hot electron measured by experiment was reasonable , the temperature was higher than the temperature given by resonant absorption scaling law
真空吸收是產(chǎn)生高能超熱電子的主導(dǎo)過程，從真空吸收給出的超熱電子溫度定標(biāo)率來看，實(shí)驗(yàn)中測量得到的超熱電子溫度是合理的。 - The use of the state - of - the - art laser facility makes it possible to create conditions of the same or similar to those in the astrophysical processes . the introduction of the astrophysics - relevant ideas in laser - plasma experiments is propitio us to the understanding of the astrophysical phenomena . however , the great difference between the laser - produced plasmas and the astrophysical processes makes it awkward to model the latter by laser - plasma experiments . this paper addresses the physical backgrounds for modeling the astrophysical plasmas by laser plasmas , connecting these two kinds of plasmas by scaling laws . thus , allowing the creation of experimental test beds where observations and models can be quantitatively compared with laser - plasma data . special attentions are paid on the possibilities of using home - made laser facilities to model astrophysical phenomena
采用當(dāng)前最先進(jìn)的激光裝置與物質(zhì)相互作用，可以獲得與天體物理過程中相同或相似的條件，并進(jìn)而開展利用激光等離子體模擬天體物理現(xiàn)象的實(shí)驗(yàn).然而，激光等離子體為微米空間尺度、納秒存活時(shí)間，而天體物理對象則為宇宙學(xué)的極大的時(shí)間與空間尺度，對在物理上和實(shí)際操作上將這兩種表面上存在巨大差異的物理過程對應(yīng)起來從而利用激光等離子體研究天體物理過程的可能性進(jìn)行了討論，特別是對利用國內(nèi)的激光裝置開展模擬實(shí)驗(yàn)的可行性進(jìn)行了討論
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