氯化铵氢氧化钙共热制氨气 方程式

氯化铵氢氧化钙共热制氨气方程式
1.氯化铵和氢氧化钙共热可以生成氨气。

Ammonia gas can be produced by the thermal decomposition of ammonium chloride and calcium hydroxide.
2.氯化铵的化学式是NH4Cl。

The chemical formula of ammonium chloride is NH4Cl.
3.氢氧化钙的化学式是Ca(OH)2。

The chemical formula of calcium hydroxide is Ca(OH)2.
4.氨气的化学式是NH3。

The chemical formula of ammonia gas is NH3.
5.氯化铵在加热的过程中分解成氨气和盐酸。

Ammonium chloride decomposes into ammonia gas and hydrochloric acid upon heating.
6.氢氧化钙在加热的过程中分解成氧化钙和水。

Calcium hydroxide decomposes into calcium oxide and water upon heating.
7.氨气是一种无色、有刺激气味的气体。

Ammonia gas is a colorless gas with a pungent odor.
8.氨气可溶于水，形成氨水。

Ammonia gas is soluble in water, forming ammonia water.
9.氯化铵和氢氧化钙的共热方法是制备氨气的一种常见方法。

The thermal decomposition of ammonium chloride and calcium hydroxide is a common method for producing ammonia gas.
10.氨气是一种重要的化工原料，广泛用于制造化肥和合成其他化合物。

Ammonia gas is an important chemical raw material, widely used in the production of fertilizers and the synthesis of other compounds.
11.氯化铵在高温下分解成氯化氢和氨气。

Ammonium chloride decomposes into hydrogen chloride and ammonia gas at high temperatures.
12.氢氧化钙在高温下分解成氧化钙和水蒸气。

Calcium hydroxide decomposes into calcium oxide and water vapor at high temperatures.
13.氨气是一种具有强烈刺激性气味的气体。

Ammonia gas is a gas with a strong pungent odor.
14.氨气和氧气可以发生化学反应，生成一氧化氮和水。

Ammonia gas can react with oxygen to produce nitric oxide and water.
15.氨气通常以液态或者气态形式保存。

Ammonia gas is usually stored in liquid or gaseous form.
16.氯化铵和氢氧化钙在共热过程中可以生成氨气和水。

Ammonium chloride and calcium hydroxide can produce ammonia gas and water during thermal decomposition.
17.氨气具有碱性，可以与酸性物质发生中和反应。

Ammonia gas has alkaline properties and can undergo neutralization reactions with acidic substances.
18.氨气的制备过程需要严格控制温度和反应条件。

The preparation of ammonia gas requires strict control of temperature and reaction conditions.
19.氢氧化钙在加热时会迅速吸收二氧化碳，生成碳酸钙。

Calcium hydroxide will rapidly absorb carbon dioxide to form calcium carbonate when heated.
20.氨气是一种有害气体，需要在通风良好的环境中操作。

Ammonia gas is a harmful gas and should be handled in a well-ventilated environment.
21.氨气生成的反应需要在封闭的容器中进行。

The reaction for producing ammonia gas needs to be conducted in a closed container.
22.氨气在冷凝后可以得到氨水溶液。

Ammonia water solution can be obtained by condensing ammonia gas.
23.氨气可用于制造氨基化合物，如尿素等。

Ammonia gas can be used in the production of amino compounds, such as urea.
24.氧化铁矿石和废塑料可以用来制备氨气。

Iron oxide ore and waste plastics can be used to prepare ammonia gas.
25.氨气是一种重要的化学原料，广泛应用于工业生产中。

Ammonia gas is an important chemical raw material widely used in industrial production.
26.氯化铵和氢氧化钙通常以固体的形式进行共热反应。

Ammonium chloride and calcium hydroxide typically undergo thermal decomposition in solid form.
27.氨气的制备过程需要进行安全措施，防止氨气泄漏。

Safety measures need to be taken during the preparation of ammonia gas to prevent leakage.
28.氢氧化钙的水合物是熟石灰，常用于建筑和农业中。

The hydrated form of calcium hydroxide is slaked lime, commonly used in construction and agriculture.
29.氯化铵和氢氧化钙的共热方法可以高效产生氨气。

The thermal decomposition of ammonium chloride and calcium hydroxide can efficiently produce ammonia gas.
30.氨气可用于净化废水和废气中的氮化合物。

Ammonia gas can be used to purify nitrogen compounds in wastewater and waste gas.
31.氨气的生成可以通过催化剂加速反应速率。

The production of ammonia gas can be accelerated by using catalysts to increase the reaction rate.
32.氯化铵和氢氧化钙的共热反应需要高温条件。

The thermal decomposition of ammonium chloride and
calcium hydroxide requires high temperature conditions.
33.氨气的制备需要严格控制反应的时间和温度。

The preparation of ammonia gas requires strict control of the reaction time and temperature.
34.氨气的制备方法通常采用工业化的合成氨法。

The preparation of ammonia gas is commonly carried out through industrial synthesis of ammonia.
35.氢氧化钙的水合物是常见的消防救灾材料。

The hydrated form of calcium hydroxide is a common firefighting and rescue material.
36.氨气的制备方法中还可添加金属催化剂来增加产率和反应速率。

Metal catalysts can be added to the preparation of ammonia gas to increase yield and reaction rate.
37.氨气可用于制造氨基树脂和涂料等化工产品。

Ammonia gas can be used in the production of amino resins and coatings and other chemical products.
38.氯化铵和氢氧化钙共热制氨气的反应是一个放热反应。

The thermal decomposition of ammonium chloride and calcium hydroxide to produce ammonia gas is an exothermic reaction.
39.氢氧化钙的水合物在水中能释放出羟离子。

The hydrated form of calcium hydroxide can release hydroxide ions into water.
40.氨气的制备方法需要在严格的操作条件下进行，以确保安全。

The preparation of ammonia gas needs to be carried out under strict operating conditions to ensure safety.
41.氨气的制备方法要提高反应效率，需要优化反应条件。

To improve the reaction efficiency in the preparation of ammonia gas, the reaction conditions need to be optimized.
42.氢氧化钙的水合物可用于中和酸性废水。

The hydrated form of calcium hydroxide can be used to neutralize acidic wastewater.
43.氨气的制备方法还需要进行产品纯度的提高和分离。

The preparation of ammonia gas also requires the improvement and separation of product purity.
44.氨气的制备需要进行材料和设备的选择，以确保反应的顺利进行。

Material and equipment selection is necessary for the preparation of ammonia gas to ensure the smooth progress of the reaction.
45.氢氧化钙在空气中可逐渐吸收水分，形成石灰水。

Calcium hydroxide gradually absorbs moisture from the air to form lime water.
46.氨气的制备方法还需要对产物的收集和处理进行合理规划。

The preparation of ammonia gas also requires reasonable planning for the collection and treatment of products.
47.氢氧化钙可用于制备石灰漆和石灰贴面等建筑材料。

Calcium hydroxide can be used to prepare lime paint and lime veneer, and other building materials.
48.氨气的制备方法还需要进行环保的考虑，减少对环境的影响。

Environmental considerations need to be taken into account in the preparation of ammonia gas to minimize its impact on the environment.
49.氯化铵和氢氧化钙共热制氨气的反应需要进行反应物比例的精确控制。

The thermal decomposition of ammonium chloride and
calcium hydroxide to produce ammonia gas requires precise control of the reactant ratio.
50.氢氧化钙在水中可以生成钙水溶液。

Calcium hydroxide can form calcium water solution in water.
51.氨气的制备方法需要进行反应动力学的研究，以了解反应过程
和速率。

The preparation of ammonia gas requires the study of reaction kinetics to understand the reaction process and rate.
52.氢氧化钙是一种强碱，可以中和酸性溶液。

Calcium hydroxide is a strong base that can neutralize acidic solutions.
53.氨气的制备方法需要合理规划反应装置和操作流程。

Reasonable planning of the reaction device and operation process is required for the preparation of ammonia gas.
54.氨气的制备方法还需要对催化剂和反应条件进行优化，以提高反应效率。

Optimization of catalysts and reaction conditions is needed for the preparation of ammonia gas to improve reaction efficiency.。