oxidizer 中文意思是什麼
oxidizer
解釋
n. 名詞 【化學】氧化劑。-
Simpler and cheaper are solid - fuel engines ; their fiery impetus comes from burning premixed fuel and oxidizer grains that are packed like coffee grounds into a cylindrical casing
固體燃料引擎比較簡單，也比較便宜，其猛烈的推力來自於燃燒預先混合好的燃料和氧化劑顆粒，它們像磨好的咖啡粉一樣，裝在圓筒狀的容器中。 -
The term customarily takes in both the fuel and the oxidizer.
這一術語習慣上即包括燃料，又包括氧化劑。 -
The oxidizer salt(or salts)is dissolvedxc in water to form a solution of fudge point around 50℃.
氧化劑鹽（一種或數種）溶解在水中，形成軟化點為50的溶液。 -
Numerical investigation of kerosene - droplet ' s instable combustion in oxidizer - rich gas
煤油液滴在富氧燃氣中不穩定燃燒的數值研究 -
The fuel and oxidizer are kerosene and liquid oxygen, respectively.
燃燒劑和氧化劑分別為煤油和液氧。 -
The above discussion on first-stage propellant slosh effects is based on the saturn vehicles, which use kerosene for fuel and lox for oxidizer.
上面對于第一級推進劑晃動影響的討論，是建立在「土星」飛行器的基礎上，它是採用煤油做燃燒劑，液氧做氧化劑。 -
Although nonflammable, oxygen is a strong oxidizer
盡管不可燃，氧是一種強氧化劑。 -
Recessing the oxidizer tube improves stability.
氧化劑管的凹陷使穩定性增強。 -
In this case it is desirable to incorporate additional oxidizer into the composition.
在這種情況下，需要把附加的氧化劑加入配方中。 -
Such parameters as ambient oxidizer concentration, temperature level, and fuel identity are held constant.
周圍氧化劑濃度、溫度量級、燃料性質參數是保持恆定的。 -
In using eq. 3-1 of course one first identifies the fuel molecules and the oxidizer molecules of the propellant.
當然，應用式（3-1）時首先要辨明推進劑的燃燒分子及氧化劑分子。 -
In fact, a common bulkhead separates the liquid oxygen from the liquid hydrogen, the oxidizer and fuel, respectively.
事實上有一個公共的隔板分別把液氧和液氫，即氧化劑和燃燒劑隔開。 -
They varied both chamber pressure and mixture ratio, making use of a stepfunction change in the oxidizer injection rate.
他們通過用氧化劑噴射速率階躍函數變化的方法來改變氣室壓力和混合比。 -
The save energy mould pump of the corrosiveness of the ministry of industry such as chemical industry and chlorine alkali, chemical fertilizer, dyestuff, reagent, pesticide, pharmacy, electroplating and environmental protection etc door transport that pf ( fs ) mould chemical industry pump can satisfy to carry many kinds of consistency sulphuric acid, hydrochloric acid, nitric acid, acetic acid, phosphoric acid, chromium acid, oxalic acid, hydrofluoric acid and the lye, organic solvent and oxidizer geometric ratio medium under - 50 s - 80 s temperature conditions and is not han s anything small and roundish medium
型化工泵能滿足輸送- 50 80溫度條件下的多種濃度硫酸、鹽酸、硝酸、醋酸、磷酸、鉻酸、草酸、氫氟酸和堿液、有機溶劑、氧化劑等化學介質、是化工、氯堿、化肥、染料、試劑、農藥、制藥、電鍍、環保等工業部門輸送不含顆粒的腐蝕性介質的節能型泵。 -
To find out the effective slurry with suitable type of oxidizer and concentration, chemical etching experiment was applied to the litao3 wafer. the chemical etching effects were analysed by measuring etching rate and x - ray spectrum
採用化學腐蝕實驗方法研究拋光液中氧化劑種類和濃度以及拋光液ph值對鉭酸鋰晶片化學去除的影響。 -
The autonomous underwater vehicle which carries liquid oxidizer and liquid incendiary agent and uses the outside seawater as coolant request the oxidizer 、 incendiary agent and coolant can supply the power system according to accurate proportion and reasonable flow on any condition. the system should have small volume and light weight and should be easily realized. the system and control mode introduced in this article can fit these requirements well
控制或降低液壓系統油液的污染度和提高液壓元件的污染耐受能力是確保液壓系統可靠工作的兩個重要方面，本文分析了液壓柱塞泵所在系統油液污染特性一定時影響泵污染耐受能力的諸多因素，指出了在結構形式確定的條件下設計高污染耐受度液壓柱塞泵所要求的摩擦副材料與主要表面工藝 -
Permit smoking or open flames in oxidizer or flammable gas storage areas
允許在氧化物或易燃氣體儲存區域吸煙或有明火。 -
Abstract : combined with fundamental characteristics of in - situ leaching mining, this paper presents primary factors influencing the reation rates, such as lixivant concentration, oxidizer, porosity, permeability, seepage volocity, structure of ore, minerals of competition, etc. the factors which influence the reaction rates of in - situ leaching have been discussed
文摘:結合原地浸出工藝的特點，總結提出了影響原地浸出反應速率的主要因素，並就溶浸劑濃度、氧化劑、孔隙度、滲透系數、滲透速度，礦石的結構、構造及礦物的嵌布特徵，競爭礦物等對原地浸出反應的影響進行了分析與討論。 -
Cupric nitrate is used as catalyst, oxidizer, activating agent for luminescent powder, and photosensitive resistance materials
硝酸銅用作催化劑氧化劑熒光粉激活劑及光敏電阻材料等。 -
The reader may derive the generalization of eq. 3-9 which are applicable to systems with more than one fuel and oxidizer.
讀者可推導出適用於燃燒劑和氧化劑均多於一種分子類型的式（3-9）的通用式。
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