Sentences with ANTIFERROMAGNETIC
Check out our example sentences below to help you understand the context.Sentences
1
"The antiferromagnetic coupling between the two atoms resulted in cancellation of their magnetic moments."
2
"At low temperatures, the substance became antiferromagnetic."
3
"The exchange interaction in antiferromagnetic materials mediates the alignment of spins."
4
"In antiferromagnetic ordering, adjacent spins are aligned in opposite directions."
5
"The antiferromagnetic phase transition occurred near the critical temperature."
6
"The antiferromagnetic behavior of the compound was studied extensively."
7
"The magnetization of an antiferromagnetic material can be manipulated with external fields."
1
"The antiferromagnetic order can exist in certain materials at low temperatures."
2
"Spin alignment in an antiferromagnetic material is opposite in neighboring atoms."
3
"In antiferromagnetic order, neighboring spins align in an antiparallel fashion."
4
"In an antiferromagnetic lattice, magnetic moments cancel one another in adjacent atoms."
5
"The antiferromagnetic behavior arises due to the superexchange interactions between localized spins."
6
"The antiferromagnetic phase transition occurs at a critical temperature."
7
"The antiferromagnetic state can be disrupted by thermal fluctuations or external magnetic fields."
8
"The antiferromagnetic coupling between neighboring atoms leads to alternating magnetic moments."
9
"The antiferromagnetic phase is a type of magnetic order that opposes ferromagnetism."
10
"Manganese oxide is an example of an antiferromagnetic substance."
1
"Copper manganese arsenide is an antiferromagnetic compound."
2
"The antiferromagnetic phase transition occurs at a specific temperature."
3
"The antiferromagnetic order in the crystal lattice is characterized by alternating spins."
4
"The antiferromagnetic domains align in an antiparallel direction."
5
"Understanding the behavior of antiferromagnetic materials is important for spintronics."
6
"The antiferromagnetic spin structure affects the electrical properties of the material."
7
"The antiferromagnetic exchange interaction determines the stability of the magnetic order."
