1.In operando nanothermometry by nanodiamond based temperature sensing

Dou, Ruqiang, Zhu, G     More...

Dou, Ruqiang, Zhu, Guoli, Leong, Weng Hang, Feng, Xi, Li, Zan, Lin, Chao, Wang, Shuo, Li, Quan     Less

Carbon[0008-6223], Published 2023, Volume 203, Pages 534-541

收錄情况： SCOPUS

2022影響因子:  10.9 

2.Revealing Capillarity in AFM Indentation of Cells by Nanodiamond-Based Nonlocal Deformation Sensing

Cui, Y, Leong, WH, L     More...

Cui, Y, Leong, WH, Liu, CF, Xia, KW, Feng, X, Gergely, C, Liu, RB, Li, Q     Less

NANO LETTERS[1530-6984], Published 2022, Volume 22, Issue 10, Pages 3889-3896

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2022影響因子:  10.8  发表年影響因子:  10.8 

3.Zero-field magnetometry using hyperfine-biased nitrogen-vacancy centers near diamond surfaces

Wang, N, Liu, CF, Fa     More...

Wang, N, Liu, CF, Fan, JW, Feng, X, Leong, WH, Finkler, A, Denisenko, A, Wrachtrup, J, Li, Q, Liu, RB     Less

PHYSICAL REVIEW RESEARCH[2643-1564], Published 2022, Volume 4, Issue 1,

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WOS核心合集引用: 3  2022影響因子:  4.2  发表年影響因子:  4.2 

4.Ultra-sensitive hybrid diamond nanothermometer

Liu, CF, Leong, WH,     More...

Liu, CF, Leong, WH, Xia, KW, Feng, X, Finkler, A, Denisenko, A, Wrachtrup, J, Li, Q, Liu, RB     Less

NATIONAL SCIENCE REVIEW[2095-5138], Published 2021, Volume 8, Issue 5,

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WOS核心合集引用: 15  2022影響因子:  20.6  发表年影響因子:  23.178 

5.Association of Nanodiamond Rotation Dynamics with Cell Activities by Translation-Rotation Tracking

Feng, X, Leong, WH,     More...

Feng, X, Leong, WH, Xia, KW, Liu, CF, Liu, GQ, Rendler, T, Wrachtrup, J, Liu, RB, Li, Q     Less

NANO LETTERS[1530-6984], Published 2021, Volume 21, Issue 8, Pages 3393-3400

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WOS核心合集引用: 11  2022影響因子:  10.8  发表年影響因子:  12.262 

6.Nanometer-precision non-local deformation reconstruction using nanodiamond sensing

Xia, KW, Liu, CF, Le     More...

Xia, KW, Liu, CF, Leong, WH, Kwok, MH, Yang, ZY, Feng, X, Liu, RB, Li, Q     Less

NATURE COMMUNICATIONS[2041-1723], Published 2019, Volume 10, Issue 1,

收錄情况： WOS SCOPUS

WOS核心合集引用: 13  2022影響因子:  16.6  发表年影響因子:  12.121 

7.Hybrid nanodiamond quantum sensors enabled by volume phase transitions of hydrogels

Zhang, T, Liu, GQ, L     More...

Zhang, T, Liu, GQ, Leong, WH, Liu, CF, Kwok, MH, Ngai, T, Liu, RB, Li, Q     Less

NATURE COMMUNICATIONS[2041-1723], Published 2018, Volume 9, Issue 1,

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WOS核心合集引用: 49  2022影響因子:  16.6  发表年影響因子:  11.878 

8.Phase transitions in sequential weak measurements

Ma, WL, Wang, P, Leo     More...

Ma, WL, Wang, P, Leong, WH, Liu, RB     Less

PHYSICAL REVIEW A[2469-9926], Published 2018, Volume 98, Issue 1,

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WOS核心合集引用: 11  2022影響因子:  2.9  发表年影響因子:  2.907 

9.Magnetic Criticality Enhanced Hybrid Nanodiamond Thermometer under Ambient Conditions

Wang, N, Liu, GQ, Le     More...

Wang, N, Liu, GQ, Leong, WH, Zeng, HL, Feng, X, Li, SH, Dolde, F, Fedder, H, Wrachtrup, J, Cui, XD, Yang, S, Li, Q, Liu, RB     Less

PHYSICAL REVIEW X[2160-3308], Published 2018, Volume 8, Issue 1,

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WOS核心合集引用: 60  2022影響因子:  12.5  发表年影響因子:  12.211 

10.Localized in-gap state in a single-electron doped Mott insulator

Leong, WH, Yu, SL, X     More...

Leong, WH, Yu, SL, Xiang, T, Li, JX     Less

PHYSICAL REVIEW B[2469-9950], Published 2014, Volume 90, Issue 24,

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WOS核心合集引用: 9  2022影響因子:  3.7 

11.Effects of the spin-orbit coupling on the vacancy-induced magnetism on the honeycomb lattice

Leong, WH, Yu, SL, L     More...

Leong, WH, Yu, SL, Li, JX     Less

PHYSICS LETTERS A[0375-9601], Published 2014, Volume 378, Issue 30-31, Pages 2280-2284

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WOS核心合集引用: 2  2022影響因子:  2.6  发表年影響因子:  1.683