Examples of using Phosphine in English and their translations into Serbian
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Colloquial
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Ecclesiastic
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Computer
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Latin
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Cyrillic
The main active ingredient is phosphine.
That's byproduct of phosphine gas and oxygen, right?
They are stronger pi-acceptors than typical phosphine ligands.
Phosphine does not settle on products, but is easily degassed.
In part for this reason, phosphines are very rarely encountered in nature.
Phosphine oxides form hydrogen bonds and some are therefore soluble in water.
A phosphene is not to be confused with phosphine, which is a toxic and explosive gas.
The most commonly used is any special professional preparation based on phosphine.
Tertiary phosphine oxides and sulfides can be reduced with chlorosilanes and other reagents.
Under free-radical conditions the P-H bonds of primary and secondary phosphines add across alkenes.
Tertiary phosphine oxides and sulfides can be reduced with chlorosilanes and other reagents.
Under free-radical conditions the P-H bonds of primary and secondary phosphines add across alkenes.
The drug, which is used,"Phosphine", is introduced into the space and closed indoors for 7 days.
Beryllium(II) readily forms complexes with strong donating ligands such as phosphine oxides and arsine oxides.
Phosphine oxides(designation σ4λ5) have the general structure R3P=O with formal oxidation state V.
Terry said that solar panels use hazardous materials like sulfuric acid and toxic phosphine gas in their manufacturing.
Phosphines are flammable, toxic gasses that can burst into spontaneous flame in the presence of air.
For this purpose, preparations based on phosphorous hydrogen(phosphine) are used, which are sprayed or used in the form of an aqueous solution.
Phosphine is used for the treatment of pests of grain, warehouses, grain processing enterprises and tar.
During this time he began using crystallography to elucidate the structures of a wide variety of molecules including phosphine, arsine and others.
Compounds related to phosphine oxides are the imides(R3PNR') and related chalcogenides(R3PE, where E= S, Se, Te).
In order not to separately describe each of the many possible combinations,we describe the procedure for fumigating a room using one of the most popular fumigants, phosphine.
Primary(RPH2) and secondary phosphines(RRPH and R2PH) add to alkenes in presence of a strong base(e.g., KOH in DMSO).
It is believed that, as the gases rise from the soil and water and escape into the atmosphere,the methane mixes with the phosphines and creates the blue lights seen hovering over the swamps.
Primary(RPH2) and secondary phosphines(RRPH and R2PH) add to alkenes in presence of a strong base(e.g., KOH in DMSO).
Phosphines are easily oxidized to the corresponding phosphine oxides, whereas amine oxides are less readily generated.
In addition to fumigation with"Phosphine", a method such as aerosol generation and aerosol gas disinfection of fogging is also used.
Phosphines are often less basic than corresponding amines, for instance the phosphonium ion itself has a pKa of- 14 compared to 9.21 for the ammonium ion;
The peculiarity of"Phosphine" is that, when it appears on a ventilated space, it disappears very quickly, leaving no traces behind it.
Phosphine oxides(designation σ4λ5) have the general structure R3P=O with formal oxidation state V. Phosphine oxides form hydrogen bonds and some are therefore soluble in water.
