strong paramagnetisms
paramagnetisme kuat
paramagnetisms effects
efek paramagnetisme
paramagnetisms phenomena
fenomena paramagnetisme
paramagnetisms materials
material paramagnetisme
paramagnetisms behavior
perilaku paramagnetisme
paramagnetisms theory
teori paramagnetisme
paramagnetisms applications
aplikasi paramagnetisme
paramagnetisms measurements
pengukuran paramagnetisme
paramagnetisms studies
studi paramagnetisme
paramagnetisms properties
sifat-sifat paramagnetisme
paramagnetisms can significantly affect the magnetic properties of materials.
paramagnetisme dapat secara signifikan memengaruhi sifat magnetik material.
the study of paramagnetisms is essential in understanding quantum mechanics.
studi tentang paramagnetisme sangat penting dalam memahami mekanika kuantum.
scientists are exploring the applications of paramagnetisms in new technologies.
para ilmuwan sedang menjajaki aplikasi paramagnetisme dalam teknologi baru.
paramagnetisms arise from unpaired electrons in atoms.
paramagnetisme muncul dari elektron yang tidak berpasangan dalam atom.
understanding paramagnetisms can lead to advancements in material science.
memahami paramagnetisme dapat mengarah pada kemajuan dalam ilmu material.
many metals exhibit paramagnetisms under certain conditions.
banyak logam menunjukkan paramagnetisme dalam kondisi tertentu.
research on paramagnetisms has implications for developing new magnetic materials.
penelitian tentang paramagnetisme memiliki implikasi untuk pengembangan material magnetik baru.
paramagnetisms are often measured using specialized magnetic sensors.
paramagnetisme sering diukur menggunakan sensor magnet khusus.
in physics, paramagnetisms are contrasted with diamagnetisms.
dalam fisika, paramagnetisme dibandingkan dengan diamagnetisme.
paramagnetisms can be observed in certain gases at high temperatures.
paramagnetisme dapat diamati pada gas tertentu pada suhu tinggi.
strong paramagnetisms
paramagnetisme kuat
paramagnetisms effects
efek paramagnetisme
paramagnetisms phenomena
fenomena paramagnetisme
paramagnetisms materials
material paramagnetisme
paramagnetisms behavior
perilaku paramagnetisme
paramagnetisms theory
teori paramagnetisme
paramagnetisms applications
aplikasi paramagnetisme
paramagnetisms measurements
pengukuran paramagnetisme
paramagnetisms studies
studi paramagnetisme
paramagnetisms properties
sifat-sifat paramagnetisme
paramagnetisms can significantly affect the magnetic properties of materials.
paramagnetisme dapat secara signifikan memengaruhi sifat magnetik material.
the study of paramagnetisms is essential in understanding quantum mechanics.
studi tentang paramagnetisme sangat penting dalam memahami mekanika kuantum.
scientists are exploring the applications of paramagnetisms in new technologies.
para ilmuwan sedang menjajaki aplikasi paramagnetisme dalam teknologi baru.
paramagnetisms arise from unpaired electrons in atoms.
paramagnetisme muncul dari elektron yang tidak berpasangan dalam atom.
understanding paramagnetisms can lead to advancements in material science.
memahami paramagnetisme dapat mengarah pada kemajuan dalam ilmu material.
many metals exhibit paramagnetisms under certain conditions.
banyak logam menunjukkan paramagnetisme dalam kondisi tertentu.
research on paramagnetisms has implications for developing new magnetic materials.
penelitian tentang paramagnetisme memiliki implikasi untuk pengembangan material magnetik baru.
paramagnetisms are often measured using specialized magnetic sensors.
paramagnetisme sering diukur menggunakan sensor magnet khusus.
in physics, paramagnetisms are contrasted with diamagnetisms.
dalam fisika, paramagnetisme dibandingkan dengan diamagnetisme.
paramagnetisms can be observed in certain gases at high temperatures.
paramagnetisme dapat diamati pada gas tertentu pada suhu tinggi.
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