gas decomposition 中文意思是什麼

gas decomposition 解釋
氣體分解
  • gas : n （pl gases ）1 氣，氣體，氣態 〈cf fluid; solid〉 2 可燃氣，煤氣，沼氣；【礦物】瓦斯。3 【軍事...
  • decomposition : n. 1. 分解，分析，溶解，還原（作用）。2. 腐朽，解體。
  1. The production of biomass tar is influenced by gasifier type biomass feedstock, gasification agent and operation parameters, and it may cause great harm to the gasification system and gas consummation equipment. however, traditional tar removal technology, such as filtration, wet cleaning and thermal decomposition, ca n ' t meet with the need for relatively clean gas

    熱解焦油的產生受到氣化器類型、生物質原料類型和性質、氣化介質、裂解氣化條件等因素的影響，其對氣化系統和用氣設備等產生不利影響，而目前常採用的焦油脫除方法，如水洗、乾式過濾等不能滿足高效焦油脫除的要求。
  2. Hot waste gas from grate cooler is divided into four parts : part of it is sent to kiln as secondary air, part of it is sent to decomposition furnace as burning air by tertiary duct, and the rest is drained to the atmosphere after purified by electric dust collector at kiln head

    出篦冷機高溫廢氣一部分作為窯用二次空氣入窯；一部分由三次風管送到分解爐作為燃燒空氣；剩餘廢氣經窯頭電收塵器凈化處理後排入大氣。
  3. By using catalyst a, the catalytic splitting decomposition of waste rubber tyre was developed. the splitting gas, gasoline, diesel oil, heavy oil and carbon black were obtained by this process. by inspecting, the qualities of the products all accorded with the using demands

    一種先進的廢舊橡膠輪胎催化裂解處理技術被開發，通過反應器的廢橡膠輪胎顆粒被催化裂解為裂化氣、汽油餾分、柴油餾分和重油餾分，殘余的固體可加工為炭黑，各種產品經檢測，其理化指標及使用性能均達到用戶要求。
  4. Because of the great importance in current industrial production and the potential energy exploitation, the research interest is focus on the properties of gas hydrates and their formation and decomposition in recent years

    由於在油氣生產與運輸及未來能源產業中的重大價值，近年來有關天然氣水合物的性質及其生成和分解過程成了人們關注和研究的熱點。
  5. The research about gas hydrates phase equilibrium, thermodynamic properties, methods of predicting their formation and structures has been fairly fruitful, yet it was later to study about the process of their decomposition

    目前，關於水合物的相平衡理論、熱力學性質、生成預測方法及其結構的研究已經相當深入；而關于其分解過程的研究相對來說起步較晚。
  6. Meanwhile, the structural stability of delithiated cathode materials is also improved by ti doping. it results in the suppression of thermal decomposition reaction of delithiated cathode material, which will produce heat and oxygen gas as the fuse of electrolyte decomposition and combustion reaction. hence, thermal stability of delithiated cathode material is also enhanced by ti doping

    同時，欽的摻雜增強了電極材料在脫鏗狀態下的結構穩定性，抑制了電極材料自身熱分解反應的發生，阻止了氧氣和熱量的釋放，減少或延遲了電解液的分解或燃燒反應，從而提高了電極材料的熱穩定性。
  7. For the four catalytic materials ( cuznal, wc, zro2 - nio, lanio3 ), gas chromatography tests show that the decomposition efficiency of methanol increase with the increasing of methanol concentration in condition of 60

    對cuznal 、 wc 、 zro _ 2 - nio 、 lanio _ 3四種材料進行了氣相色譜分解甲醇效率測試，結果表明， 60下隨著甲醇濃度的變大，催化劑對甲醇的分解率變大。
  8. This paper collects recent research advancements about the thermophysical properties in the field of ngh at home and abroad, and summarizes the thermal conductivity, adsorption heat, decomposition heat and heat capacity for single composition included in natural gas, such as methane, ethane and propane, and clarifies the influence factors relative to thermophysical properties

    本文搜集和查閱了國內外關于天然氣水合物熱物理性質方面的最新研究成果，對天然氣組成的單組分水合物的導熱率，吸附熱，分解熱和比熱等熱物理性質進行了歸納和總結，明確了影響這些熱物理性質的相關因素。
  9. This method takes the theory of thermal - decomposition and gasification as a foundation and by means of a series device of furnace stack, burner, gas retrieval and treatment of tail gas, to realize harmless and quantity reduction treatments

    該方法以熱解氣化理論為基礎，通過爐體、燃燒器、氣體回收以及尾氣處理等一系列裝置，實現廢物垃圾的無害化和減量化處理。
  10. The thermodynamic conditions of decomposition of the foaming agent tih2, homogeneous and heterogeneous nucleation in high - temperature solid and liquid, growth and movement were achieved to demonstrate the trend of pore evolvement in this paper. moreover, according to the characteristics of in - situ gas foaming, the equations of the height change of foaming samples with heating time were primarily established to study the behavior of foams and to guild the experiment processes

    另外，論文通過大量的熱力學分析，得出了發泡過程中發泡劑分解以及氣孔在固液態時的均勻形核和非均勻形核、氣孔的生長和運動等熱力學條件，揭示了氣孔演化的趨勢；論文還根據內生氣源發泡的特點，初步建立了高溫熔體中氣體發泡高度隨時間變化的方程，為進一步深入的研究發泡機理奠定了一定的基礎。
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