nitramine

简明释义

英[ˈnaɪtrəˌmiːn]美[naɪˈtræmɪn]

n. 四硝甲苯胺；硝铵

英英释义

单词用法

同义词

反义词

例句

1.Mechanism for the plateau combustion of DB- and nitramine CMDB propellants is advanced and the models for the plateau combustion of DB- and nitramine CMDB propellants are proposed.

提出了双基和硝胺改性双基推进剂平台燃烧机理，建立了双基和硝胺改性双基推进剂平台燃烧模型。

2.Mechanism for the plateau combustion of DB- and nitramine CMDB propellants is advanced and the models for the plateau combustion of DB- and nitramine CMDB propellants are proposed.

提出了双基和硝胺改性双基推进剂平台燃烧机理，建立了双基和硝胺改性双基推进剂平台燃烧模型。

3.An application investigation of the nitramine (RDX, HMX) to the low burning rate HTPB propellants was carried out in the view of energetic property and combustion performance.

从推进剂的能量特性和燃烧性能的角度探索了硝胺(rdx、HMX)在低燃速丁羟推进剂应用的可能性。

4.Accroding to the principle of low temperature sensitivity charge (LTSC), the application test of LTSC of nitramine propellant in the large middle caliber gun was analysed.

从低温感发射药的基本原理出发，对低温感硝胺发射药在中大口径火炮上的应用试验进行了分析研究。

5.In addition, effects of TPUE on the mechanical properties, technique properties, combustion and energy properties of nitramine modified double propellant are studied.

此外，还研究了TPUE对硝胺改性双基推进剂力学、工艺，能量和燃烧性能的影响。

6.In this thesis, theoretical and computational chemical methods are used to study the intermolecular interactions in the high energy materials of nitramine compounds.

本论文应用理论与计算化学方法较系统地研究了硝胺类高能材料的分子间相互作用。

7.The effects of TPUE on the mechanical properties, technique properties, combustion and energy properties of nitramine modified double base propellant are studied.

研究了热塑性聚氨酯弹性体对硝胺改性双基推进剂的能量性能、力学性能、燃烧性能以及工艺性能的影响。

8.Be just nitrous acid because of the inner processing meat products has added a saltpetre, amine in meeting and leben forms sub nitramine, is cancerogen.

因为加工肉制品内添加了硝，也就是亚硝酸，会和酸奶中的胺形成亚硝胺，是致癌物。

9.The effect of carbon black on burning properties of modified nitramine double base propellant was detailed in this paper.

分析了在硝胺改性双基推进剂中炭黑对其燃烧性能的影响。

10.It has better effect to use with "nitramine purifier" and "specific water purifier".

本品与“硝氨净”或“特效净水宝”配合使用则效果更佳。

11.The researchers discovered a new type of explosive based on nitramine.

研究人员发现了一种基于硝胺的新型炸药。

12.In military applications, nitramine compounds are often used for their high energy density.

在军事应用中，硝胺化合物因其高能量密度而被广泛使用。

13.Safety protocols must be followed when handling nitramine materials.

处理硝胺材料时必须遵循安全协议。

14.The stability of nitramine at varying temperatures is crucial for its use in explosives.

在不同温度下硝胺的稳定性对其在炸药中的使用至关重要。

15.Scientists are studying the degradation products of nitramine to assess environmental impact.

科学家们正在研究硝胺的降解产物，以评估其对环境的影响。

作文

Nitramine compounds are a class of chemical substances that have gained significant attention in the field of explosives and propellants. These compounds, which contain the functional group -NH2 and are characterized by their nitrogen-rich structure, are known for their high energy content and stability under certain conditions. One of the most notable examples of a nitramine (硝胺) is RDX, or Research Department Explosive, which has been widely used in military applications due to its powerful explosive properties. The chemistry behind nitramine (硝胺) compounds is fascinating. They are typically synthesized through the nitration of amines, where nitrogen dioxide reacts with an amine to form the nitramine structure. This process can be finely tuned to produce various types of nitramine (硝胺) compounds, each with distinct properties and applications. For instance, HMX, another well-known nitramine (硝胺), is often utilized in advanced munitions and is valued for its high performance in detonation. The stability and performance of nitramine (硝胺) compounds make them ideal for use in controlled environments where precision and reliability are paramount. However, they also pose risks if not handled properly. The sensitivity of these compounds to shock and heat requires strict safety protocols during manufacturing, storage, and transport. Researchers continuously work on improving the safety profiles of nitramine (硝胺) materials while maintaining their effectiveness as explosives. In addition to military uses, nitramine (硝胺) compounds have potential applications in the aerospace industry, particularly in solid rocket propellants. Their high energy density allows for more efficient propulsion systems, which is crucial for space exploration missions. As technology advances, the demand for more efficient and powerful propellants will likely increase, making the role of nitramine (硝胺) even more significant. Moreover, environmental concerns have led to research into the biodegradation of nitramine (硝胺) compounds. The persistence of these substances in the environment after their use in munitions has raised alarms regarding soil and water contamination. Scientists are exploring various methods to mitigate the environmental impact of nitramine (硝胺) residues, including bioremediation techniques that utilize microorganisms to break down these compounds safely. In conclusion, nitramine (硝胺) compounds play a crucial role in modern explosives and propellants. Their unique chemical properties enable a wide range of applications, from military to aerospace. However, with their benefits come challenges, particularly concerning safety and environmental impact. Ongoing research aims to enhance the understanding of nitramine (硝胺) compounds, ensuring that they can be utilized effectively while minimizing risks to both human health and the environment.