W. Ke

activity

20102013

most citedMagnetic phase transitions and magnetoelectric coupling of GdFeO_3 single crystals probed by low-temperature heat transport

87 citations · 272 across the 10 of their papers we have counts for

collaborators

Showing 2013Show all

3 papers · 1 filter

cond-mat.str-el2013★ 5 cited

Crystal growth and characterization of Haldane chain compound Ni(C $_{3}$ H $_{10}$ N $_{2}$ ) $_{2}$ NO $_{2}$ ClO $_{4}$

W. Tao, L. M. Chen, X. M. Wang +6

The bulk single crystals of $S = 1$ chain compound Ni(C $_{3}$ H $_{10}$ N $_{2}$ ) $_{2}$ NO $_{2}$ ClO $_{4}$ are grown by using a slow evaporation method at a constant temperature and a slow cooling…

cond-mat.str-el2013

Growth of (CH $_{3}$ ) $_{2}$ NH $_{2}$ CuCl $_{3}$ single crystals using evaporation method with different temperatures and solvents

L. M. Chen, W. Tao, Z. Y. Zhao +6

The bulk single crystals of of low-dimensional magnet (CH $_{3}$ ) $_{2}$ NH $_{2}$ CuCl $_{3}$ (DMACuCl $_{3}$ or MCCL) are grown by a slow evaporation method with different kinds of solvents, diff…

cond-mat.str-el2013

Low-temperature thermal conductivity of antiferromagnetic S = 1/2 chain material CuCl_2 $\cdot$ 2((CH_3)_2SO)

W. P. Ke, J. Shi, F. B. Zhang +3

We study the heat transport of S = 1/2 chain compound CuCl_2 $\cdot$ 2((CH_3)_2SO) along the b axis (vertical to the chain direction) at very low temperatures. The zero-field thermal…

Crystal growth and characterization of Haldane chain compound Ni(C3​H10​N2​)2​NO2​ClO4​

Growth of (CH3​)2​NH2​CuCl3​ single crystals using evaporation method with different temperatures and solvents

Low-temperature thermal conductivity of antiferromagnetic S = 1/2 chain material CuCl_2⋅2((CH_3)_2SO)

Crystal growth and characterization of Haldane chain compound Ni(C $_{3}$ H $_{10}$ N $_{2}$ ) $_{2}$ NO $_{2}$ ClO $_{4}$

Growth of (CH $_{3}$ ) $_{2}$ NH $_{2}$ CuCl $_{3}$ single crystals using evaporation method with different temperatures and solvents

Low-temperature thermal conductivity of antiferromagnetic S = 1/2 chain material CuCl_2 $\cdot$ 2((CH_3)_2SO)