Strain (chemistry)
In chemistry, a molecule experiences strain when its chemical structure undergoes some stress which raises its internal energy in comparison to a strain-free reference compound. The internal energy of a molecule consists of all the energy stored within it. A strained molecule has an additional amount of internal energy which an unstrained molecule does not. This extra internal energy, or strain energy, can be likened to a compressed spring. Much like a compressed spring must be held in place to prevent release of its potential energy, a molecule can be held in an energetically unfavorable conformation by the bonds within that molecule. Without the bonds holding the conformation in place, the strain energy would be released.
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Strain (chemistry)
In chemistry, a molecule experiences strain when its chemical structure undergoes some stress which raises its internal energy in comparison to a strain-free reference compound. The internal energy of a molecule consists of all the energy stored within it. A strained molecule has an additional amount of internal energy which an unstrained molecule does not. This extra internal energy, or strain energy, can be likened to a compressed spring. Much like a compressed spring must be held in place to prevent release of its potential energy, a molecule can be held in an energetically unfavorable conformation by the bonds within that molecule. Without the bonds holding the conformation in place, the strain energy would be released.
has abstract
Em química, uma molécula sofre ...... essa energia potencial extra.
@pt
En química, una molécula exper ...... gía de tensión sería liberada.
@es
In chemistry, a molecule exper ...... rain energy would be released.
@en
In chimica, una molecola speri ...... i tensione sarebbe rilasciata.
@it
Unter Spannungsenergie wird di ...... hanik weiterentwickelt wurden.
@de
إجهاد (بالإنجليزية: Strain) ف ...... واع عديدة من الإجهاد:
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@ar
化学において、分子は、その化学構造がひずみの無い基準化合物と ...... な位置で支える結合がなければ、ひずみエネルギーは解放される。
@ja
在化學的意義下,當一分子受到一應變影響,其化學結構對比於無應 ...... 內能是由於分子內的化學鍵,當這些化學鍵遭斷鍵則勢能就會瓦解。
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Em química, uma molécula sofre ...... essa energia potencial extra.
@pt
En química, una molécula exper ...... en la conformación en el lugar
@es
In chemistry, a molecule exper ...... rain energy would be released.
@en
In chimica, una molecola speri ...... la conformazione al suo posto
@it
Unter Spannungsenergie wird di ...... hanik weiterentwickelt wurden.
@de
إجهاد (بالإنجليزية: Strain) ف ...... واع عديدة من الإجهاد:
*
*
*
@ar
化学において、分子は、その化学構造がひずみの無い基準化合物と ...... な位置で支える結合がなければ、ひずみエネルギーは解放される。
@ja
在化學的意義下,當一分子受到一應變影響,其化學結構對比於無應 ...... 內能是由於分子內的化學鍵,當這些化學鍵遭斷鍵則勢能就會瓦解。
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label
Spannungsenergie
@de
Strain (chemistry)
@en
Tensione (chimica)
@it
Tensión (química)
@es
Tensão (química)
@pt
إجهاد (كيمياء)
@ar
ひずみ (化学)
@ja
應變 (化學)
@zh