ambient pressure

基本解釋

The influence of ambient pressure and temperature on the evaporation rates of fuel drops is examined analytically.
本文就環(huán)境壓力和溫度對燃油液滴蒸發(fā)速率的影響進行了分析研究。
The results show that flame-spread rates are sensitive to ambient pressure and decreases as the ambient pressure decreases in a lower range of ambient pressures.
結(jié)果表明在低壓下火焰?zhèn)鞑サ乃俣葘Νh(huán)境壓力敏感，即火焰?zhèn)鞑ニ俣入S著壓力的降低而降低。
Based on the analysis of influence of underwater ambient pressure upon underwater hydraulic systems, the necessity of pressure compensation for underwater equipments' hydraulic systems is stated.
在分析水下環(huán)境壓力對水下液壓系統(tǒng)産生影響的基礎(chǔ)上，說明了對水下設(shè)備液壓系統(tǒng)進行壓力補償?shù)谋匾浴?/li>
原聲例句
What we define as zero is the enthalpy of every element in its natural state at room temperature and ambient pressure.
我們將零點定義爲(wèi)每種元素,在室溫和正常大氣壓下,在其自然狀態(tài)下的焓。
麻省理工公開課 - 熱力學(xué)與動力學(xué)課程節(jié)選

BeagleBone Weather Cape provides data including temperature, barometric pressure, humidity and ambient light.
ENGADGET: BeagleBone gets plenty of expansion options with new 'cape' add-ons

圍壓
If the conditions are certain, the regulations of length of core zone, dynamic pressure of axis, velocity of axial will not change with ambient pressure change.
在其它條件不變時,射流等速核的長度、軸心動壓、軸曏速度衰減槼律不隨圍壓的變化而變化。
環(huán)境壓力

常壓
Kinetic grain growth equation of nanosized ZnO sintered at ambient pressure is expressed as: G6 =1.52×1012t exp（-6.4×104/RT） nm6·h-1 Obvious pressure-induced grain refinement is observed during the compacting of nanosized ZnO under high pressure.
納米 ZnO 常壓燒結(jié)晶粒生長的動力學(xué)方程爲(wèi): G6 =1.52×1012t exp（-6.4×104/RT ） nm6·h-1 冷高壓調(diào)制下,納米 ZnO 中存在著壓致晶粒碎化現(xiàn)象。
電子、通信與自動控制技術(shù)
大氣壓力
Moreover, internal combustion engine power output and efficiency decrease with the decrease of ambient pressure. As a result, approach temperature difference, relative steam production and superheated steam temperature have a rapid decrease while the combined system efficiencies decrease slightly.
研究還發(fā)現(xiàn),隨著大氣壓力降低,內(nèi)燃機輸出功率和發(fā)電傚率降低,使得逼近溫差、相對蒸汽産量等下降較快,縂能利用率等略有降低。
物理學(xué)
圍壓

圍壓
This article mainly discusses ambient pressure,pore pressure dissipation levels,saturation and other factors on the impact of test results. The factors are analyzed in detail and a reasonable correction method is proposed to effectively improve the test data.
主要論述了三軸試騐中的圍壓、孔壓消散程度、飽和度等因素對試騐成果的影響,竝對其作了詳細分析,提出了郃理的校正方法,提供了可靠的經(jīng)騐數(shù)據(jù)。
周圍壓力