当水果与其他食物混合时，就会产生气体。
运输本身也将产生气体排放。
奥利司他肠痉挛、肠道产生气体以及油性斑点
分泌物恶臭和感染灶产生气体是其典型特征。
The diseases were characterized by foul odor of their secretions and gases in the infectious sites.
起泡剂是能够发生化学反应并产生气体的物质。
Foaming agent is a chemical reaction can occur and produce gases.
气体压缩机是对气体进行压缩，产生气体压缩能的设备。
Gas compressor is compressed gas, produce gas compression can equipment.
小苏打和白醋混合后，会产生气体，并伴随发光发热的现象。
Baking soda and vinegar mixture will produce gas, and with the phenomenon of light and heat.
如果喝得太多，碳水化合物就会产生气体，引发胃胀和腹泻。
And if you drink too much, the high carbohydrate content can cause gas, bloating, and diarrhea.
正如它们在我们活着的时候做的那样，它们在这个过程中产生气体。
And, just as they do when we're alive, they produce gas in the process.
文章通过检测电池内压的变化，研究了卷绕式铅酸蓄电池充电时产生气体的规律。
By monitoring the change of internal pressure of batteries, the paper studies the regulation that spirally wound lead-acid batteries produce gas during the charge.
木材高温加热，有限的氧气不足以使它完全燃烧，于是产生气体，可以作为发动机或内燃机的能源。
Wood heated at high temperatures with minimal oxygen cannot burn completely. Instead, it creates gases that can be used to power generators or internal combustion engines.
利用能源回收技术，水蒸气的经济效益达到25％到30％（产生气体量占使用蒸气量的百分比）。
Using energy recovery technologies, steam economies of up 25% to 30% (mass of vapor produced per mass of steam used) can be attained.
欲减少腹胀，可以试试降低产气食物的摄入量。许多碳水化合物能产生气体，以下是常见的罪魁祸首。
To reduce bloating, it may help to avoid or reduce the amount of gas-producing foods you eat. Many carbohydrates cause gas, and the following items are common culprits.
钠叠氮化物被选作燃料是有原因的，它是固体的，能够推进产生气体的发生率，并且在应用中非常稳定。
Sodium azide is the fuel of choice for a number of reasons. It is a solid propellant with a very high gas generation ratio. It is very stable in this application.
如果消化系统没有完全分解食物中的某些成分，也会产生气体。例如谷蛋白或者乳制品中的糖以及水果。
Gas can also form when your digestive system doesn't completely break down certain components in foods, such as gluten or the sugar in dairy products and fruit.
化学发泡法制备隔热耐火砖是将发泡剂直接拌入原料中，使其发生化学反应产生气体，在砖内形成小气泡。
Chemical bubbling method is adding bubbling agent into raw material, making the agent reacting with the materials to produce gas and therefore forming small bubble in the brick.
待处理的废水在中心向下流动，借助于微生物产生气体所部分产生的流动，该废水再次沿载体组件(40)向上。
The wastewater to be treated flows downwards in the centre and returns upwards along the support elements (40), the current being partially generated by gas evolution from the micro-organisms.
有些医生基于食物在消化道可能会产生气体，或者在紧急需要麻醉时会被吸入的理由，而对临产期间的饮食全面亮红灯。
Some practitioners red-light all food and drink during labor, on the theory that food in the digestive tract might be aspirated, or “breathed in, ” should emergency general anesthesia be necessary.
通过上述离子化过程会产生气体放电，从而使阻抗降低，放电电极之间就会有大量的电流流动，而产生较强的可视光。
The ionization will realize electric discharge of gas, so as to lower down the resistance, realize large amount of current flow between discharge electrodes and generates stronger visible light.
采用气相色谱方法对电池在化成阶段和储存阶段产生的气体进行了分析，初步讨论了聚合物锂离子蓄电池在化成阶段产生气体和储存阶段发生气胀的原因。
The gases generated in polymer Liion battery during formation process and storage process were analyzed by means of gas chromatography (GC), and the reason of the gas generation was discussed.
管道中的液体在一定的条件下，部分液体气化成气体状态，产生气泡，形成气液两相流这就是闪蒸过程。
The liquid in the pipeline under certain conditions and partially vaporizes into gas state, bubble, formation of gas-liquid two-phase flow which is the process of flash.
采用数值模拟和实验验证相结合的方法，通过改变气体注射延迟时间来测量气道附近产生气指的程度。
Combining the numerical simulation with the experiment, the change of the delayed-time was used to measure the change of the gas fingering behaviors.
岩石中装药爆炸产生的爆破能量可分为爆炸冲击波能量和爆生气体膨胀能量。
The explosive energy of charge in rock is composed of shock wave energy and gaseous explosive energy.
根据断裂力学原理分析了主爆药包爆炸产生的应力波及爆生气体对聚能切割裂隙进一步扩展的作用机理。
Principle analyse produce powder bag stress produced to explode involve and produce and catch gas can cut function mechanism that crack expand further gathering mainly according to fracture mechanics.
随着气体流量的增加，产生气泡的时间间隔变短，气泡间聚并的位置逐渐向前推移，气泡的脱离时间先减小后增大；
With the gas flow flux increase, the time interval of bubble formation decreases, the bubble coalescence site moves forward, the detaching time decreases first and then increases.
如果油井产出气量较大，则这些气体对深井泵的泵效将产生很大影响，严重的井甚至发生气锁。
The gas will effect the pump efficiency of deep well-pump, if the amount of the gas of oil well is large, even gas locking occurs.
如果油井产出气量较大，则这些气体对深井泵的泵效将产生很大影响，严重的井甚至发生气锁。
The gas will effect the pump efficiency of deep well-pump, if the amount of the gas of oil well is large, even gas locking occurs.
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