| Plural | epoxides |
epoxide ring
epoxide ring
epoxide formation
pagbuo ng epoxide
epoxide reaction
reaksyon ng epoxide
epoxide group
grupo ng epoxide
epoxide synthesis
sintesis ng epoxide
epoxide stability
katatagan ng epoxide
epoxide cleavage
paghihiwalay ng epoxide
epoxide hydrolysis
hydrolysis ng epoxide
epoxide polymerization
polimerisasyon ng epoxide
epoxide derivatives
mga derivative ng epoxide
epoxide compounds are important in organic chemistry.
Mahalaga ang mga compound ng epoxide sa organikong kimika.
we can use epoxide as a reactive intermediate.
Maaari nating gamitin ang epoxide bilang isang reaktibong intermediate.
epoxide formation occurs through the reaction of alkenes.
Ang pagbuo ng epoxide ay nangyayari sa pamamagitan ng reaksyon ng mga alken.
many epoxide derivatives have useful biological activities.
Maraming mga derivative ng epoxide ang may kapaki-pakinabang na mga biological na aktibidad.
epoxide can be converted into alcohols via hydrolysis.
Ang epoxide ay maaaring i-convert sa mga alkohol sa pamamagitan ng hydrolysis.
research on epoxide chemistry is rapidly advancing.
Ang pananaliksik sa kimika ng epoxide ay mabilis na umuunlad.
epoxide resins are widely used in the coating industry.
Ang mga resin ng epoxide ay malawakang ginagamit sa industriya ng pagpipinta.
understanding epoxide reactivity is crucial for synthesis.
Ang pag-unawa sa reaktibidad ng epoxide ay mahalaga para sa synthesis.
epoxide cyclization can lead to complex molecular structures.
Ang cyclization ng epoxide ay maaaring humantong sa mga kumplikadong istrukturang molekular.
the stability of epoxide depends on its substituents.
Ang katatagan ng epoxide ay nakadepende sa mga substituents nito.
epoxide ring
epoxide ring
epoxide formation
pagbuo ng epoxide
epoxide reaction
reaksyon ng epoxide
epoxide group
grupo ng epoxide
epoxide synthesis
sintesis ng epoxide
epoxide stability
katatagan ng epoxide
epoxide cleavage
paghihiwalay ng epoxide
epoxide hydrolysis
hydrolysis ng epoxide
epoxide polymerization
polimerisasyon ng epoxide
epoxide derivatives
mga derivative ng epoxide
epoxide compounds are important in organic chemistry.
Mahalaga ang mga compound ng epoxide sa organikong kimika.
we can use epoxide as a reactive intermediate.
Maaari nating gamitin ang epoxide bilang isang reaktibong intermediate.
epoxide formation occurs through the reaction of alkenes.
Ang pagbuo ng epoxide ay nangyayari sa pamamagitan ng reaksyon ng mga alken.
many epoxide derivatives have useful biological activities.
Maraming mga derivative ng epoxide ang may kapaki-pakinabang na mga biological na aktibidad.
epoxide can be converted into alcohols via hydrolysis.
Ang epoxide ay maaaring i-convert sa mga alkohol sa pamamagitan ng hydrolysis.
research on epoxide chemistry is rapidly advancing.
Ang pananaliksik sa kimika ng epoxide ay mabilis na umuunlad.
epoxide resins are widely used in the coating industry.
Ang mga resin ng epoxide ay malawakang ginagamit sa industriya ng pagpipinta.
understanding epoxide reactivity is crucial for synthesis.
Ang pag-unawa sa reaktibidad ng epoxide ay mahalaga para sa synthesis.
epoxide cyclization can lead to complex molecular structures.
Ang cyclization ng epoxide ay maaaring humantong sa mga kumplikadong istrukturang molekular.
the stability of epoxide depends on its substituents.
Ang katatagan ng epoxide ay nakadepende sa mga substituents nito.
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