Homogeneous nucleation is based on accretion of molecules in the liqui terjemahan - Homogeneous nucleation is based on accretion of molecules in the liqui Bahasa Indonesia Bagaimana mengatakan

Homogeneous nucleation is based on

Homogeneous nucleation is based on accretion of molecules in the liquid phase.
Single species (molecules or ions) come together and form dimers.
Dimers become trimers by addition of a molecule, and this accumulation process continues until eventually a stable nucleus forms depending on temperature and supersaturation.
According to the classic nucleation theory, a free-energy barrier must be overcome to form a stable nucleus.
The energy needed to form a crystal is proportional to the interfacial tension, , and the surface area.
Once a nucleus is formed, there is a release of energy (latent heat) associated with the phase change.
The free-energy change for the formation of the crystal surface is positive and proportional to the surface area (r2) and interfacial tension () between the crystal and the surrounding fluid.
The free-energy change for formation of the bulk of the crystal is negative because energy is released and proportional to volume (r3).
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Hasil (Bahasa Indonesia) 1: [Salinan]
Disalin!
Homogeneous nucleation is based on accretion of molecules in the liquid phase.
Single species (molecules or ions) come together and form dimers.
Dimers become trimers by addition of a molecule, and this accumulation process continues until eventually a stable nucleus forms depending on temperature and supersaturation.
According to the classic nucleation theory, a free-energy barrier must be overcome to form a stable nucleus.
The energy needed to form a crystal is proportional to the interfacial tension, , and the surface area.
Once a nucleus is formed, there is a release of energy (latent heat) associated with the phase change.
The free-energy change for the formation of the crystal surface is positive and proportional to the surface area (r2) and interfacial tension () between the crystal and the surrounding fluid.
The free-energy change for formation of the bulk of the crystal is negative because energy is released and proportional to volume (r3).
Sedang diterjemahkan, harap tunggu..
Hasil (Bahasa Indonesia) 2:[Salinan]
Disalin!
Nukleasi homogen didasarkan pada pertambahan molekul dalam fase cair.
spesies tunggal (molekul atau ion) datang bersama-sama dan membentuk dimer.
dimer menjadi trimer dengan penambahan molekul, dan proses akumulasi ini terus sampai akhirnya sebuah bentuk inti yang stabil tergantung pada suhu dan jenuh.
Menurut teori nukleasi klasik, penghalang energi bebas harus diatasi untuk membentuk inti yang stabil.
Energi yang dibutuhkan untuk membentuk kristal sebanding dengan tegangan antar muka, , dan luas permukaan.
Setelah inti terbentuk, ada pelepasan energi (panas laten) yang terkait dengan perubahan fasa.
Perubahan energi bebas untuk pembentukan permukaan kristal positif dan proporsional dengan luas permukaan (r2) dan tegangan antar muka () antara kristal dan sekitar cairan.
Perubahan energi bebas untuk pembentukan sebagian besar kristal negatif karena energi dilepaskan dan sebanding dengan volume (r3).
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