phenylamines synthesis
sintesis ng fenilamin
phenylamines derivatives
mga derivative ng fenilamin
phenylamines structure
istruktura ng fenilamin
phenylamines properties
mga katangian ng fenilamin
phenylamines reaction
reaksyon ng fenilamin
phenylamines analysis
pagsusuri ng fenilamin
phenylamines toxicity
pagkalason ng fenilamin
phenylamines applications
mga aplikasyon ng fenilamin
phenylamines classification
klasipikasyon ng fenilamin
phenylamines compounds
mga compound ng fenilamin
phenylamines are important in the production of dyes.
Mahalaga ang phenylamines sa paggawa ng mga kulay.
researchers are studying the effects of phenylamines on human health.
Pinag-aaralan ng mga mananaliksik ang mga epekto ng phenylamines sa kalusugan ng tao.
phenylamines can be used as intermediates in organic synthesis.
Maaaring gamitin ang phenylamines bilang mga intermediate sa organikong sintesis.
some phenylamines are known to be carcinogenic.
Ang ilang phenylamines ay kilala na carcinogenic.
phenylamines can react with nitrous acid to form diazonium salts.
Maaaring mag-react ang phenylamines sa nitrous acid upang bumuo ng mga diazonium salts.
in the lab, phenylamines are often used in chemical experiments.
Sa laboratoryo, madalas gamitin ang phenylamines sa mga eksperimentong kemikal.
phenylamines are found in many pharmaceutical compounds.
Matatagpuan ang phenylamines sa maraming pharmaceutical compounds.
safety precautions are necessary when handling phenylamines.
Kailangan ang mga pag-iingat sa kaligtasan kapag hinahawakan ang phenylamines.
phenylamines can undergo oxidation reactions.
Maaaring sumailalim sa oxidation reactions ang phenylamines.
understanding the properties of phenylamines is crucial for chemists.
Ang pag-unawa sa mga katangian ng phenylamines ay mahalaga para sa mga chemist.
phenylamines synthesis
sintesis ng fenilamin
phenylamines derivatives
mga derivative ng fenilamin
phenylamines structure
istruktura ng fenilamin
phenylamines properties
mga katangian ng fenilamin
phenylamines reaction
reaksyon ng fenilamin
phenylamines analysis
pagsusuri ng fenilamin
phenylamines toxicity
pagkalason ng fenilamin
phenylamines applications
mga aplikasyon ng fenilamin
phenylamines classification
klasipikasyon ng fenilamin
phenylamines compounds
mga compound ng fenilamin
phenylamines are important in the production of dyes.
Mahalaga ang phenylamines sa paggawa ng mga kulay.
researchers are studying the effects of phenylamines on human health.
Pinag-aaralan ng mga mananaliksik ang mga epekto ng phenylamines sa kalusugan ng tao.
phenylamines can be used as intermediates in organic synthesis.
Maaaring gamitin ang phenylamines bilang mga intermediate sa organikong sintesis.
some phenylamines are known to be carcinogenic.
Ang ilang phenylamines ay kilala na carcinogenic.
phenylamines can react with nitrous acid to form diazonium salts.
Maaaring mag-react ang phenylamines sa nitrous acid upang bumuo ng mga diazonium salts.
in the lab, phenylamines are often used in chemical experiments.
Sa laboratoryo, madalas gamitin ang phenylamines sa mga eksperimentong kemikal.
phenylamines are found in many pharmaceutical compounds.
Matatagpuan ang phenylamines sa maraming pharmaceutical compounds.
safety precautions are necessary when handling phenylamines.
Kailangan ang mga pag-iingat sa kaligtasan kapag hinahawakan ang phenylamines.
phenylamines can undergo oxidation reactions.
Maaaring sumailalim sa oxidation reactions ang phenylamines.
understanding the properties of phenylamines is crucial for chemists.
Ang pag-unawa sa mga katangian ng phenylamines ay mahalaga para sa mga chemist.
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