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SCI收录论文
[1]
Liu Z., Wang W., Xie R.*,
Ju X.J., This work has been featured as the Inside Front Cover [2] Xie
R., [3] Wang W., Zhang M.J., Chu L.Y.*, 2014. Functional polymeric microparticles
engineered from controllable microfluidic emulsions. Accounts of Chemical Research, 47(2): 373-384. (2023 IF = 16.4) [4] Shah R.K., Shum
H.C., Rowat A.C., Lee D., Agresti J.J., Utada A.S., Chu L.Y., Kim
J.W., Fernandez-Nieves A., Martinez C.J., Weitz D.A., 2008. Designer
emulsions using microfluidics. Materials
Today, 11(4): 18-27. (2023 IF = 21.1)
Invited Review;
Ranked No [5]
Wang W., Li P.F., Xie R., Ju X.J.,
Liu Z.,
Invited Paper
This work has been featured in the Inside Back Cover [6]
This work was featured in the Front Cover [7] Yang
Y.M., Hu T.Y., Fan H.D., Shi L., Zhang S.Y., Liu Z., Ju X.J., Xie R., Wang W.*,
Chu L.Y., 2024. Bioinspired anti-freezing 3D-printable conductive
hydrogel microfibers for highly-sensitive and wide-range detection of
ultralow and high strains. Green Chemical Engineering, 5(1): 132-143. (2023 IF = 9.1) [8] Liu
Z.*, Zhai Y.M., Zhou K.G.,
Invited Paper This
work has been featured in the Back Cover [9] Xia L.W.,
Xie R., Ju X.J., Wang W., Chen Q.M.,
Most-Read Articles of Nature Communications,
ranked No.18 in the Top Content of Most-Read Articles on August 6, 2013; No.16 on August 7, 2013; No.14 on August 8, 2013; No.10 on August 9, 2013; No.8 on August 10, 2013; No.8 on August 11, 2013; No.8 on August 12, 2013; No.8 on August 14, 2013; No.5 on August 15, 2013. [10] Zhao
H., Guo X., He S., Zeng X., Zhou X., Zhang C., Hu J., Wu X., Xing Z., Chu L.Y., He Y., Chen Q.M., 2014. Complex
self-assembly of pyrimido[4,5-d]pyrimidine nucleoside supramolecular
structures. Nature Communications, 5: 3108, doi: 10.1038/ncomms4108. (2023 IF = 14.7) [11] Zhou X.L., Shen Z., Ma B.B., Xia Z.Q., Chai Y.Y., Ju
X.J., Chu L.Y., Huang R.D., Chen H., Li W.M.*, He Y.*,
2019, Acyclic Janus-AT Nucleoside Host Channels Precisely Lock Water into
Single-File Wires with Local Rotational Flexibility. Angewandte Chemie
International Edition, 58(28): 9601-9610. (2023 IF =
16.1) [12] Wang W., Zhang M.J., Xie R., Ju X.J., Yang C., Mou C.L., Weitz D.A., Chu L.Y.*, 2013. Hole-shell microparticles from controllably evolved double
emulsions. Angewandte Chemie International Edition, 52(31): 8084-8087. (2023 IF = 16.1) [13]
This work has been featured in the Frontispiece;
今日材料;
SEAS (School of Engineering and Applied Science)
Soft Matter Wiki of Harvard University;
Poster for
“New Concept in Microfluidics: Theory and Application (April 20, 2007,
Harvard)”;
[14] [15] Fan Z.W., Zhang J., Zuo B.Y., Tian
X.B., Wang Z.F., Ju X.J., Xie R., Wang W., Pan D.W., Liu Z.*, Chu
L.Y., 2024. Biomimetic Guttation Feature in Two-dimensional
Hydrotalcite Membranes for Self-sustaining Water Purification. Advanced
Functional Materials, 34(26): 2316247. (2023 IF = 18.5) [16] Gong J.Y., Zhou X.L., Faraj Y., Zou L.B., Zhou C.H., Xie R., Wang W., Liu
Z., Pan D.W., Ju X.J.*, Chu L.Y., 2024. Coumarin-based light-responsive composite
nanochannel membranes for precise controlled release of pesticides. Advanced
Functional Materials, 34(21): 2314642. (2023 IF =
18.5) [17] This work has been featured in the Back Cover [18] Wei J., Ju X.J.*, Zou X.Y., Xie R., Wang W., Liu
Y.M., Chu L.Y.*, 2014. Multi-stimuli-responsive
microcapsules for adjustable controlled-release. Advanced Functional Materials, 24(22): 3312-3323. (2023 IF = 18.5) This work has been featured in the Inside Front Cover [19] Liu Z., Luo F., Ju X.J.*, Xie R., Luo T., Sun Y.M., Chu L.Y.*, 2012. Positively
K+-responsive membranes with functional gates driven by host-guest
molecular recognition. Advanced Functional
Materials, 22(22): 4742-4750.
(2023 IF =
18.5)
This work has been featured in the Frontispiece [20] Yang
M., [21]
This work has been featured in the Front Cover [22] Qu
J.B.,
This work has been featured in the Front Cover; and [23] Xiao
X.C.,
This work was featured in the Front Cover [24] Gong
J.Y., Li Y., Wang P., Peng X., Xie R., Wang W., Liu Z., Pan D.W., Ju X.J.*,
Chu L.Y., 2025. K+-Responsive Nanoparticles with Charge
Reversal and Gating Synergistic Effects for Targeted Intracellular Bacteria
Eradication. ACS Nano, in press. (2023 IF = 15.8) [25] Mou
C.L., Wang W.*, Li
Z.L., Ju X.J., Xie R.,
Deng N.N., Wei J., Liu Z., Chu L.Y.*, 2018.
Trojan-Horse-Like Stimuli-Responsive Microcapsules. Advanced Science,
5(6): 1700960. (2023 IF = 14.3) [26] Li
J.C., Xu W.J., Huang W.H., Long J., Liu J., Luo H., Zhang Y.P.*, [27] Liu Z., Luo F., Ju X.J.*, Xie R., Sun Y.M., Wang W., Chu L.Y.*, 2013. Gating membranes for water treatment: Detection and removal of
trace Pb2+ ions based on molecular recognition and polymer phase
transition. Journal
of Materials Chemistry A, 1(34):
9659-9671. (2023 IF = 10.7) This work has been featured as Inside Front Cover Story [28] Chen C., Cai Q.W., Zhan C.Z., Wang B.C., Li P.F., Xie
R., Ju X.J., Liu Z., Wang W.*, Chu L.Y.*, 2023. Controllable Fabrication of Highly
Uniform Sub-10 nm Nanoparticles from Spontaneous Confined Nanoemulsification. Small, 19(34):
2300801. (2023 IF = 13.0)
This work has been featured in the Inside Back
Cover [29] Xie R., Luo F., Zhang L., Guo S.F., Liu Z.*,
Ju X.J., Wang W., Chu L.Y.*, 2018. A Novel Thermo-responsive
Catalytic Membrane with Multi-scale Pores Prepared via Vapor-induced Phase Separation. Small, 14(18): 1703650. (2023 IF =
13.0)
Invited Paper
for the Special Issue of “Multi-Scale
Pores and Channels” [30] Lin S., Wang W.*, Ju X.J., Xie R., Liu Z.,
Yu H.R., Zhang C., Chu L.Y.*, 2016. Ultrasensitive microchip
based on smart microgel for real-time on-line detection of trace threat
analytes. Proceedings of the National Academy of
Sciences of the United States of America (PNAS), 113(8): 2023-2028. (2023 IF = 9.4) [31] Wen
G.Y., Zhou X.L., Tian X.Y., Xie R., Ju X.J., Liu Z., Faraj Y., Wang W.*,
Chu L.Y.*, 2022. Smart Hydrogels with Wide-Visible-Color
Tunability. NPG [32] Wen
G.Y., Zhou X.L., Tian X.Y., Hu T.Y., Xie R., Ju X.J., Liu Z., Pan D.W., Wang
W.*, Chu L.Y.*, 2022. Real-Time Quantitative
Detection of UV Radiation Dose Based on Photochromic Hydrogel and
Photo-Resistance. Chemistry of Materials, 34(17): 7947-7958. (2023 IF = 7.2) [33] Fan
L.L., Wang W., Ju
X.J., Liu Z., Xie R., Xu J.H., Luo G.S., Pan D.W.*, Chu L.Y.*,
2024. High-throughput generation of monodisperse double emulsions via
controllable symmetric splitting in Y-shaped microchannels. Chemical
Engineering Journal, 498: 155727. (2023 IF = 13.3) [34] Li P.F.#, Hu T.Y.#, Luo T., Liu Z., Ju X.J., Xie R., Pan D.W., Wang W.*, Chu
L.Y., 2023. Anti-freezing hydrogel thermocells with confined
microcrystallization for enhanced low-grade heat harvest. Chemical
Engineering Journal, 478: 147380. (#Contributed
equally) (2023 IF = 13.3) [35] Wang W., Li B.Y., Zhang M.J., Su Y.Y., Pan D.W., Liu
Z., Ju X.J., Xie R., Faraj Y., Chu L.Y.*, 2023.
Microfluidic Emulsification Techniques for Controllable Emulsion Production
and Functional Microparticle Synthesis. Chemical Engineering Journal,
452: 139277. (2023 IF = 13.3) Invited
Paper for the Special Issue on Mechanisms and Control of Mesoscales in
Chemical Engineering [36] Li
J.C., Liu J., Xu W.J., Long J., Huang W.H., Zhang Y.P.*, [37] Zhang
T.X., Tao C., Ge S.X., Pan D.W.*, Li B., Huang W.X., Wang W., [38] Xu W.J., Long J., Liu J., Luo H., Duan H.R., Zhang Y.P.*,
Li J.C.*, Qi X.J., Chu L.Y., 2022. A novel porous polyimide membrane
with ultrahigh chemical stability for application in vanadium redox flow
battery. Chemical Engineering Journal, 428: 131203. (2023 IF =
13.3) [39] Peng J.#, Zhao N.#, Lin S., Wang
W.*, Zhang M.J., Su Y.Y., Xie R., Ju X.J., Liu Z., Chu L.Y.,
2021. Smart microfluidic analogue of Wheatstone-bridge for real-time
continuous detection with ultrasensitivity and wide dynamic range. Chemical
Engineering Journal, 407: 127138. (#Contributed equally) (2023 IF =
13.3) [40] Cai Q.W., Ju X.J.*, Chen C.,
Faraj Y., Jia Z.H., Hu J.Q., Xie R., Wang W., Liu Z., Chu L.Y.*,
2019. Fabrication and flow characteristics of monodisperse
bullet-shaped microparticles with controllable structures. Chemical
Engineering Journal, 370: 925-937. (2023 IF
= 13.3) [41] Zhang
L., Liu Z.*, Wang Y., Xie R., Ju X.J., Wang W., Lin
L.G.,
[42] Mei L., Xie
R.*, Yang C.,
Ju X.J., Wang W., Wang J.Y., [43] Mou C.L.,
He X.H., Ju X.J.*, Xie R., Liu Z., Liu L., Zhang Z., [44] Wang Z.B., Chu L.Y.*, Chen W.M., Wang S.G., 2008. Experimental
investigation of the motion trajectory of solid particles inside the
hydrocyclone by a Lagrange method. Chemical Engineering Journal, 138(1-3): 1-9. (2023 IF = 13.3) [45] Dai G.Q., Chen W.M., Li J.M., [46] Zhu
Y.H., Zhou C.Y., Peng X., Wang W., Liu Z., Xie R., Pan D.W., Ju X.J.*,
Chu L.Y., 2024. Dialdehyde starch cross-linked aminated gelatin
sponges with excellent hemostatic performance and biocompatibility. Carbohydrate
Polymers, 342: 122326. (2023 IF = 10.7) [47] Chu L.Y.*, Li Y., Zhu
J.H., Wang H.D., Liang Y.J., 2004. Control of pore size and permeability of a glucose-responsive
gating membrane for insulin delivery. Journal of Controlled Release, 97(1): 43-53. (2023 IF = 10.5) [49] Mu X.T., Li Y., Ju X.J.*, Yang X.L., Xie R.,
Wang W., Liu Z., Chu L.Y., 2020. Microfluidic Fabrication of
Structure-controlled Chitosan Microcapsules via Interfacial Crosslinking of
Droplet Templates. ACS Applied Materials & Interfaces, 12(51):
57514-57525. (2023 IF =
8.3) [50] Lv X.B., Xie R.*, Ji J.Y.*, Liu
Z., Wen X.Y., Liu L.Y., Hu J.Q., Ju X.J., Wang W., Chu L.Y., 2020. A
Novel Strategy to Fabricate Cation-Cross-linked Graphene Oxide Membrane with
High Aqueous Stability and High Separation Performance. ACS Applied
Materials & Interfaces, 12(50): 56269-56280.
(2023 IF = 8.3) [51] Chen L., Zhang M.J.,* Zhang S.-Y., Shi L.,
Yang Y.-M., Liu Z., Ju X.J., Xie R., Wang W.*, [52] Cai Q.W., Ju X.J.*, Zhang S.Y., Chen Z.H.,
Hu J.Q., Zhang L.P., Xie R., Wang W., Liu Z., Chu L.Y.*,
2019. Controllable Fabrication of Functional Microhelices with Droplet
Microfluidics. ACS Applied Materials & Interfaces, 11(49):
46241-46250. (2023 IF =
8.3) [53] Wen X.Y., Liu Z.*, Wang J., Tang
X.Y., Wang W., Ju X.J., Xie R., Chu L.Y., 2019. Nanocomposite
hydrogels with optic-sonic transparency and hydroacoustic-sensitive
conductivity for potential anti-scouting sonar. ACS Applied Materials
& Interfaces, 11(22):
20386-20393. (2023 IF = 8.3) [54] Zhang L., Liu Z.*, Liu L.Y., Pan J.L., Luo
F., Yang C., Xie R., Ju X.J., Wang W., Chu L.Y.*, 2018.
Nanostructured Thermo-responsive Surfaces Engineered via Stable
Immobilization of Smart Nanogels with Assistance of Polydopamine. ACS
Applied Materials & Interfaces, 10(50): 44092-44101. (2023 IF = 8.3) [55] Yan P.J., He F., Wang W.*, Zhang S.Y., Zhang
L., Li M., Liu Z., Ju X.J., Xie R., Chu L.Y.*, 2018. A
Novel Membrane Detector Based on Smart Nanogels for Ultrasensitive Detection
of Trace Threat Substances. ACS Applied Materials & Interfaces,
10(42): 36425-36434. (2023 IF = 8.3) [56] Zhang L., Liu Z.*, Liu L.Y., Ju X.J., Wang W., Xie R., Chu L.Y.*,
2017. Novel Smart Microreactors Equipped
with Responsive Catalytic Nanoparticles on Microchannels. ACS Applied Materials & Interfaces, 9(38): 33137-33148. (2023 IF = 8.3) [57] Shi K., Liu Z.*, Yang C., Li X.Y., Sun Y.M., Deng
Y., Wang W., Ju
X.J., Xie R., Chu L.Y.*, 2017. Novel Biocompatible Thermoresponsive
Poly(N-vinyl Caprolactam)/Clay
Nanocomposite Hydrogels with Macroporous Structure and Improved Mechanical
Characteristics. ACS Applied Materials & Interfaces, 9(26):
21979-21990. (2023 IF =
8.3) [58] You X.R., Ju X.J.,*, He F., Wang Y., Liu Z.,
Wang W., Xie R., Chu L.Y., 2017. Polymersomes with Rapid K+-Triggered Drug
Release Behaviors. ACS Applied Materials & Interfaces, 9(22):
19258-19268. (2023 IF =
8.3) [59] Yang C., Liu Z.*, Chen C., Shi K., Zhang L.,
Ju X.J., Wang W., Xie R., Chu L.Y.*, 2017. Reduced
Graphene Oxide-Containing Smart Hydrogels with Excellent Electro-Response and
Mechanical Property for Soft Actuators. ACS Applied Materials & Interfaces, 9(18):
15758-15767. (2023 IF =
8.3) [60] Ma B., Ju X.J.*, Luo F., Liu Y.Q., Wang Y., Liu Z., Wang W., Xie R., Chu L.Y.*,
2017. Facile Fabrication of Composite Membranes with Dual
Thermo- and pH-Responsive Characteristics. ACS Applied Materials &
Interfaces, 9(16): 14409-14421. (2023 IF =
8.3) [61] Yao C., Liu Z.*, Yang C., Wang W., Ju X.J.,
Xie R., Chu L.Y.*, 2016. Smart hydrogels with inhomogeneous
structures assembled using nanoclay-crosslinked hydrogel subunits as building
blocks. ACS Applied Materials & Interfaces, 8(33): 21721-21730.
(2023 IF =
8.3) [62] Xi Y.H.#, Hu J.Q.#,
Liu Z.*, Xie R., Ju X.J., Wang W., Chu L.Y.*,
2016. Graphene oxide membranes with strong stability in aqueous solutions and
controllable lamellar spacing. ACS Applied Materials & Interfaces, 8(24): 15557-15566. (#Contributed
equally) (2023 IF =
8.3) [63] Yang X.L., Ju
X.J.*, Mu X.T., Wang W., Xie R., Liu Z., Chu
L.Y., 2016. Core-shell chitosan
microcapsules for programmed sequential drug release. ACS Applied
Materials & Interfaces, 8(16):
10524-10534. (2023 IF = 8.3) [64] He F., Wang W.*, He X.H., Yang X.L., Li M., Xie R., Ju X.J.,
Liu Z., Chu L.Y.*, 2016. Controllable
multi-compartmental capsules with distinct cores and shells for synergistic
release. ACS Applied
Materials & Interfaces, 8(13): 8743-8754. (2023 IF = 8.3) [65] Shi K., Liu Z.,*
Wei Y.Y., Wang W., Ju X.J., Xie R., Chu L.Y.*, 2015,
Near-infrared light-responsive poly(N-isopropylacrylamide)/graphene
oxide nanocomposite hydrogels with ultrahigh tensibility.
ACS Applied Materials & Interfaces, 7(49): 27289-27298. (2023 IF = 8.3) [66] He X.H., Wang W.*, Liu Y.M., Jiang M.., Wu F., Deng K., Liu
Z., Ju X.J., Xie R., Chu L.Y.*, 2015. Microfluidic fabrication of
bio-inspired microfibers with controllable magnetic spindle-knots for 3D
assembly and water collection. ACS Applied Materials &
Interfaces, 7(31): 17471-17481. (2023 IF = 8.3) [67] Zhang M.J., Wang W.*, Yang X.L., Ma B., Liu Y.M., Xie R., Ju
X.J., Liu Z., Chu L.Y.*, 2015. Uniform microparticles with
controllable highly-interconnected hierarchical porous structures. ACS
Applied Materials & Interfaces, 7(25): 13758-13767. (2023 IF = 8.3)
This work has been featured as the Cover Story [68] Jiang M.Y., Ju X.J.*, Fang L., Liu Z., Yu
H.R., Jiang L., Wang W., Xie R., Chen Q.M., Chu L.Y.*,
2014. A novel smart microsphere with K+-induced
shrinking and aggregating property based on responsive host-guest system. ACS Applied Materials & Interfaces, 6(21):
19405-19415. (2023 IF =
8.3) [69] Liu Y.M., Ju X.J.*, Xin Y., Zheng W.C.,
Wang W., Wei J., Xie R., Liu Z., Chu L.Y.*,
2014. A novel smart microsphere with magnetic core and
ion-recognizable shell for Pb2+ adsorption and separation. ACS
Applied Materials & Interfaces, 6(12): 9530-9542. (2023
IF = 8.3) [70] Mei L., He F., Zhou R.Q.,
Wu C.D., Liang R., Xie R., Ju
X.J., Wang W., Chu L.Y.*, 2014. A novel intestinal-targeted Ca-alginate-based
carrier for pH-responsive protection and release of Lactic acid bacteria. ACS Applied Materials & Interfaces, 6(8):
5962-5970. (2023 IF = 8.3) [71] Deng N.N., Sun J., Wang W., Ju X.J., Xie R., Chu L.Y.*, 2014. Wetting-induced
coalescence of nanoliter drops as microreactors in microfluidics. ACS Applied Materials & Interfaces, 6(6):
3817-3821. (2023 IF = 8.3) [72] Liu Y.M., Wang W.*, Zheng W.C., Ju X.J., Xie R., Zerrouki
D., Deng N.N., Chu L.Y.*, 2013. Hydrogel-based micro-actuators with
remote-controlled locomotion and fast Pb2+-response for
micromanipulation. ACS Applied Materials &
Interfaces, 5(15):
7219-7226. (2023 IF = 8.3) [73] Xu W.J., Long J., Liu J., Wang Y.L., Luo H., Zhang Y.P.*,
Li J.C.*, Chu L.Y., Duan H., 2021, Novel highly efficient
branched polyfluoro sulfonated polyimide membranes for application in
vanadium redox flow battery. Journal of Power Sources, 485: 229354. (2023 IF =
8.1) [74] Wen
S., Ju X.J.*, Liu W.Y., Liu Y.Q., Pu X.Q., Liu Z., Wang W., Xie
R., Faraja Y., Chu L.Y., 2023. Ca-alginate-based Janus capsules with
pumping effect for intestinal-targeted controlled-release. Engineering, 24(5):
114-125. (2023 IF = 10.1)
This work has been featured in the Back Cover [75] Liu W.Y., Ju X.J.*, Pu X.Q.,
Cai Q.W. , Liu Y.Q., Liu Z., Wang W., Xie R., Chu L.Y.*, 2021. Functional Capsules Encapsulating
Molecular-Recognizable Nanogels for Facile Removal of Organic
Micro-Pollutants from Water. Engineering, 7(5): 636-646. (2023 IF =
10.1)
Invited Paper
for the Special Issue on “Soft Materials for Green Chemical Engineering”
This work has been featured in the Back
Cover [76] Jiang Q.R., Pu X.Q., Deng C.F., Wang W., Liu Z., Xie
R., Pan D.W., Zhang W.J.*, Ju X.J.*, Chu L.Y.,
2023. Microfluidic
controllable preparation of iodine-131-labeled microspheres for
radioembolization therapy of liver tumors. Advanced Healthcare Materials,
12(21): 2300873. (2023 IF = 10.0) [77] Li
D.Y., Wang W., [78] Li X.J.#, Li Y.#, Meng Y, Pu
X.Q., Qin J.W., Xie R., Wang W., Liu Z., Jiang L.*, Ju X.J.*,
Chu L.Y., 2022. Composite
dissolvable microneedle patch for therapy of oral mucosal diseases. Biomaterials
Advances (2023 IF = 5.5), 139: 213001. (#Contributed
equally) [79] Zhang
T.Y., Wang W., Ju X.J., Liu Z., Pan D.W., Xie
R.*,
[80] Liu Z., Liu L., Ju X.J.*, Xie R., Zhang B., Chu L.Y.*, 2011. K+-recognition
capsules with squirting release mechanisms. Chemical Communications, 47(45):
12283-12285. (2023 IF = 4.3)
This work has been featured in Back Cover;
Nano News Net; and [81] Zhao H., He
S.L., Yang M.L., Guo X.R., Xin G., Zhang C.Y., Ye L., Chu L.Y., Xing
Z.H., Huang W., Chen Q.M., He Y., 2013. Micro-flowers changing to nano-bundle
aggregates by translocation of the sugar moiety in Janus TA nucleosides. Chemical Communications, 49(36): 3742-3744. (2023 IF
= 4.3) [82]
Fu H., Chen D.Y., Zhang C.L., Ju
X.J.*, Xie R., Wang W., Liu Z., Pan D.W., [83]
Yu H.R., Ju
X.J.*, Xie R.,
Wang W., Zhang B., Chu L.Y.*, 2013. Portable diagnosis method of hyperkalemia
using potassium-recognizable poly(N-isopropylacrylamide-co-benzo-15-crown-5-acrylamide)
copolymers. Analytical Chemistry, 85(13): 6477-6484. (2023 IF = 6.7) [84] Yang S.H., Song W.L., Fan L.L., Deng C.F., Xie R., Wang
W., Liu Z., Pan D.W., Ju X.J.,* Chu L.Y.*, 2024. Microfluidic fabrication of
monodisperse microcapsules with gas core. Lab on a Chip, 24(14): 3556-3567.
(2023 IF = 6.1) [85] Deng C.F., Su Y.Y., Yang S.H., Jiang Q.R., Xie R., Ju
X.J., Liu Z., Pan D.W., Wang W.*, Chu L.Y.*, 2022. Designable microfluidic ladder networks from backstepping
microflow analysis for mass production of monodisperse microdroplets. Lab
on a Chip (2023 IF = 6.1), 22(24):
4962-4973. [86] Deng N.N., Wang W., Ju X.J., Xie R., Chu L.Y.*,
2016. Spontaneous transfer of droplets across microfluidic laminar
interfaces. Lab on a Chip, 16(22): 4326-4332. (2023 IF =
6.1) This work has been featured as Front Cover Story [87] Meng Z.J., Wang W.*, Xie R., Ju X.J., Liu
Z., Chu L.Y.*, 2016. Microfluidic generation of hollow
Ca-alginate microfibers. Lab on a Chip, 16(14): 2673-2681. (2023 IF =
6.1) [88] Meng Z.J., Wang W.*, Liang
X., Zheng W. C., Deng N.N., Xie R., Ju X.J., Liu
Z., Chu L.Y.*, 2015. Plug-n-play
microfluidic systems from flexible assembly of glass-based flow-control
modules. Lab on a Chip, 15(8): 1869-1878.. (2023 IF =
6.1) [89] Sun Y.M., Wang W.*, Wei Y.Y., Deng N.N.,
Liu Z., Ju X.J., Xie R.,
This paper has been featured as “HOT Article” in Lab on a Chip Blog [90] Lin S., Wang W.*, Ju X.J., Xie R., Chu
L.Y.*, 2014. A
simple strategy for in situ
fabrication of smart hydrogel microvalve within microchannels for
thermostatic control. Lab on a Chip, 14(15):
2626-2634. (2023 IF = 6.1)
This paper has been featured in Inside Front Cover; and as
“HOT Article” in Lab on a Chip Blog [91] Deng
N.N., Wang W., Ju X.J., Xie R., Weitz D.A., This work has been featured in Back Cover [92] Deng
N.N., Sun S.X., Wang W., Ju X.J., Xie R., [93] Wang
W., Xie R.*, Ju X.J., Luo T., Liu L., Weitz
D.A.,
This work has been featured in Back Cover;
I-Micronews; and
Most Read Articles in May 2011. [94] Deng
N.N., Meng Z.J., Xie R.*, Ju X.J., Mou C.L., Wang W.,
This work has been featured in Back Cover; and [95] Wang
P., Gong J.Y., Li Y., Tian X.B.*, Xie R., Ju
X.J., Wang W., Pan D.W., Liu Z.*, [96] Jiang L.L., Deng Y.Z., Luo T., Xie R., Ju X.J., Wang
W., Pan D.W., Liu Z.*, Chu L.Y., 2024. A smart membrane with negative
thermo-responsiveness in battery electrolyte solution. Journal of
Membrane Science,
692: 122266. (2023 IF = 8.4) [97] Wang F., Liu Z.*, Zou L.B.,
Xie R., Ju X.J., Wang W., Pan D.W., [98] Zhang C., Xie R.*, Liu Z., Ju
X.J., Wang W., Chu L.Y.*, 2022. 3D Helical Membranes for Process
Intensification of Membrane Separation via Generation of Dean Vortices. Journal of
Membrane Science,
662: 120969. (2023 IF = 8.4) [99] Long J., Xu W.J., Xu S.B., Liu J., Wang Y.L., Luo H.,
Zhang Y.P.*, Li J.C.*, Chu L.Y., 2021. A novel double branched sulfonated
polyimide membrane with ultra-high proton selectivity for vanadium redox flow
battery. Journal of Membrane Science, 628: 119259. (2023 IF =
8.4) [100]
Liu W.Y., Ju
X.J.*, Yousef F., He F., Peng H.Y., Liu Y.Q., Liu Z., Wang W., Xie
R., Chu L.Y.*, 2020. Capsule membranes encapsulated with
smart nanogels for facile detection of trace lead(II) ions in water. Journal
of Membrane Science, 613: 118523. (2023 IF =
8.4) [101]
Xu M.H., Xie
R.*, Ju X.J., Wang W., Liu Z., Chu L.Y.*, 2020.
Antifouling membranes with bi-continuous porous structures and high fluxes
prepared by vapor-induced phase separation. Journal of Membrane Science,
611: 118256. (2023 IF = 8.4) [102]
Chen Z.H.,
Liu Z.*, Hu J.Q., Cai Q.W., Li X.Y., Wang W., Faraj Y., Ju X.J.,
Xie R., Chu L.Y.*, 2020. β-Cyclodextrin-modified
graphene oxide membranes with large adsorption capacity and high flux for
efficient removal of bisphenol A from water. Journal of Membrane Science,
595: 117510. (2023 IF = 8.4) [103]
Hu J.Q., Liu
Z.*, Deng K., Chen Z.H., Cai Q.W., Faraj Y., Xie R., Ju X.J., Wang
W., Chu L.Y.*, 2019. A novel membrane with ion-recognizable copolymers in
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Zhang, Shi-Yuan; Pan, Da-Wei; Fan, Hai-Dong;
Shi, Lu; Yang, Yi-Min; Liu, Zhuang; Ju, Xiao-Jie; Xie, Rui; Wang, Wei; Chu,
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Separation and Purification Technology, v 26, n 2-3, Mar 1, 2002, p
237-246. [367]
Chu, L.-Y.; Park, S.-H.; Yamaguchi, T.; Nakao, S.
Preparation of thermo-responsive core-shell microcapsules with a porous
membrane and poly(N-isopropylacrylamide) gates (No. 01396660036), [368]
Chu, Liang-Yin; Qin, Jian-Jun; Chen, Wen-Mei;
Lee, Xiao-Zhong. Energy consumption and its reduction in the
hydrocyclone separation process. III. Effect of the structure of flow field
on energy consumption and energy saving principles
(No. 01015490916), Separation Science and Technology, v 35, n
16, Dec, 2000, p 2679-2705. [369]
Chu, Liang-Yin; Qin, Jian-Jun; Chen, Wen-Mei;
Lee, Xiao-Zhong. Energy consumption and its reduction in the
hydrocyclone separation process. II. Time-averaged and fluctuating
characteristics of the turbulent pressure in a hydrocyclone
(No. 01015479534), Separation Science and Technology, v 35, n 15, Nov,
2000, p 2543-2560. [370] Yang,
L.; Chen, W.M.; Chu, L.Y. Numerical simulation of velocity and
streamlines in annular gap of rotary tubular membrane separator (No.
01386653827), Gao Xiao Hua Xue Gong Cheng Xue Bao/Journal of Chemical
Engineering of Chinese Universities, v 14, n 6, 2000, p 524-529. [371]
Chu, Liang-Yin; Qin, Jian-Jun; Chen, Wen-Mei; [372]
Chu, Liang-Yin; Chen, Wen-Mei; Lee,
Xiao-Zhong. Effect of structural modification on
hydrocyclone performance (No. 00125426888),
Separation and Purification Technology, v 21, n 1-2, Nov, 2000, p
71-86. [373]
Yang, Liu; Li, Xiaozhong; Li,
Jian; Chu, Liangyin; Chen, Wenmei. Artificial neural networks model of
oil-water separation hydrocyclones (No. 00115399898),
Chengdu Kejidaxue Xuebao/Journal of Chengdu University of Science and
Technology, v 32, n 2, Mar 20, 2000, p 40-43. [374]
Yang, Liu;
Zhao, Feihu; Chen, Wenmei; Chu, Liangyin. Study of filtration mechanism of rotary
polyethylene tubular membrane (No. 00095317140), Chengdu
Kejidaxue Xuebao/Journal of Chengdu University of Science and Technology,
v 32, n 3, May 20, 2000, p 81-84. [375] Dai, G.Q.;
Chen, W.M.; Li, J.M.; Chu, L.Y. Experimental study of solid-liquid
two-phase flow in a hydrocyclone (No. 99094775480),
Chemical Engineering Journal, v 74, n 3, Jul, 1999, p 211-216. [376]
Chu, Liangyin; Chen, Wenmei; Li, Xiaozhong;
Wu, Chigong. Numerical simulation of turbulence and its
structure in a hydrocyclone (No. 99074726416、No.
99094800367), Transactions of Nonferrous Metals Society of [377]
Chu, Liangyin; Chen, Wenmei; Li, Xiaozhong;
Wu, Chigong. Turbulence structure control versus energy
consumption reduction in hydro-cyclones (No. 99094767982), Huagong
Xuebao/Journal of Chemical Industry and Engineering ( [378]
Chu, Liangyin; Liu, Peikun; Fang, Shanru; Li,
Xiaozhong; Chen, Wenmei. Test of dewatering hydrocyclone for
oil-water separation (No. 98104422857),
Shiyou Jixie/China Petroleum Machinery, v 26, n 8, 1998, p 10-13, 26. [379]
Chu, Liangyin; Luo, Qian; Yu, Renhuan. Research on the centrifugal field strength
in the air-sparged hydrocyclone separation process
(No. 98014016232), Jinshu Kuangshan / Metal Mines,
n 12, Dec, 1995, p 38-41, 62. [380]
Chu, Liang-Yin; Luo, Qian; Yu, Ren-Huan. Concentration and classification
characteristics in a modified air-sparged hydrocyclone (ASH) (No.
97013496551), International Journal of Mineral Processing, v 48, n
1-2, Nov, 1996, p 73-93. [381]
Chu, Liangyin; Chen, Wenmei; Luo, Qian. Separation characteristics of hydrocyclone
with central cone and annular teeth (No. 97033576464),
Transactions of Nonferrous Metals Society of China (English Edition),
v 6, n 4, Dec, 1996, p 11-15. [382]
Chu, Liangyin; Luo, Qian; Yu, Renhuan. Overgrinding control of valuable materials
by modified air-sparged hydrocyclone (No. 96123475127),
Transactions of Nonferrous Metals Society of [383]
Chu, Liangyin; Luo, Qian. Pressure distribution in the air-sparged
hydrocyclone (No. 95022561804), Transactions
of Nonferrous Metals Society of China, v 4, n
4, Dec, 1994, p 20-24, 28. [384]
Chu, Liang-Yin; Luo, Qian. Hydrocyclone with high sharpness of
separation (No. 95012524153),
Filtration and Separation, v 31, n 7, Nov, 1994, p 733-736. [385]
Chu, Liangyin; Luo, Qian. Flow field in air-sparged hydrocyclone
(No. 94122498513), Transactions of Nonferrous Metals Society of [386]
Chu, Liang-Yin; Chen, Wen-mei. Research on the solid-liquid two-phase flow field in hydrocyclones (No.
93091695813), Proc. of 18th International Mineral
Processing Congress, 1993, p 1469-1472. [387]
Chu, Liangyin; Chen, Wenmei; Du, Yan; Lei,
Mingguang; Dai, Guangqing. Research
on the flow field within the hydrocyclone by use of particle dynamics
analyzer (No. 93101092966),
Yingyong Jiguang/Applied Laser Technique, v 13, n 2, Apr, 1993, p
59-61. [388]
Chu, Liangyin; Chen, Wenmei. Study of the motion behaviour of solid
particles in a hydrocyclone by P.D.A (No. 93061626692),
Kuangye Gongcheng/Mining and Metallurgical Engineering, v 13, n 1,
Mar, 1993, p 39-43. [389]
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in a hydrocyclone (No. 93081053241),
Separation Science and Technology, v 28, n 10, Jul, 1993, p 1875-1886. |
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Last Updated: 2025.1.18. |
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For further
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