उत्स्फोटक इसके अंग्रेजी अर्थ का उदाहरण

Examples of vesicant medicinal drugs.

List of vesicant and irritant medications:.

However, because nettle agents do not cause blisters, they are not true vesicants.

Only qualified, chemotherapy-certified nurses who have been trained in venipuncture and administration of medications with vesicant and irritant potential should be allowed to administer vesicants.

The vesicants are substances that produce large fluid-filled blisters on the skin.

Table of chemotherapy vesicants, irritants, and treatments for extravasation.

The digits, hands, and wrists should be avoided as intravenous sites for vesicant administration because of the close network of tendons and nerves that would be destroyed if an extravasation occurred.

Most nettle agents, such as the best known and studied nettle agent, phosgene oxime, are often grouped with the vesicant (blister agent) chemical agents.

Finally, depending on clinical circumstances, central line access may be most appropriate for patients who require repeated administrations of vesicants and irritants.

उत्स्फोटक हिंदी उपयोग और उदाहरण

"" वेदना जलन, भोंकने, काटने, फटने तथा उत्स्फोटक जैसी हो सती है, या झुलझुली, जड़ता या मीठे दर्द का रूप भी ले सकती है।

उत्स्फोटक इसके अंग्रेजी अर्थ का उदाहरण

San Diego Chargers players A contact explosive is a chemical substance that explodes violently when it is exposed to a relatively small amount of energy (friction, pressure, sound, light).

Though different substances have varying amounts of energy sensitivity, they are all much more sensitive relative to other explosives.

Contact explosives are a part of a group of explosives called primary explosives which are also very sensitive to stimuli but not to the degree of contact explosives.

The extreme sensitivity of contact explosives is due to either its composition, bonds, or structure.

These are some common contact explosives.

Most organic explosives are explosive because they contain nitrogen.

Nitro compounds are explosive because although the diatomic form of nitrogen is very stable - that is, the triple bond that holds N2 together is very strong, and therefore has a great deal of bond energy - the nitro compounds themselves are unstable, as the bonds between nitrogen atoms and other atoms in nitro compounds are weak by comparison.

The rapidity of the reaction, due to the weakness of the bonds in nitro compounds, and the high quantity of overall energy released, due to the much higher strength of the triple bonds, produce the explosive qualities of these compounds.

Some contact explosives contain an oxidizer and a fuel in their composition.

The structures and bonds that make up a contact explosive contribute to its instability.

Covalent compounds that have a large unequal sharing of electrons have the capability to fall apart very easily and explosively.

The shape of the contact explosive molecule plays a role in its instability as well.

Contact explosives are used in a variety of fields.