In preparation
Kim H, Belmiloud N, and Mertens PW, "(Tentative title) Flow field symmetry breaking by non-uniformly receding contact line during droplet evaporation," in preparation.


• Kim YH;  Son DG; and Kim H; and Ko HS, "3D-PTV measurement using deep learning algorithm for solutal Marangoni flows in evaporating binary mixture droplet," in preparation.

• Afkhami S; Seric I; Stone HA; Kim H, "Spreading and mixing of drops on a miscible liquid of different surface tension," in preparation.

​• Abbasi MS;, Song R; Kim H; and Lee K, "Multimodal break-up of double emulsion droplet," in preparation.

• Lee SY; Kim H; Kim SH; and Stone HA, "Uniform coating of self-assembled non-iridescent colloidal nanostructures using Marangoni effects and polymers," under review.
[24] Kim H and Stone HA, "Direct visualization of selective evaporation of binary mixture droplets by dissolving materials," JOURNAL OF FLUID MECHANICS, accepted. (Impact factor: 2.821)

[23] Min P; Kaneelil P; Kim H; and Sun Y, "Contact-line instability caused by air rim formation under non-splashing droplets," Langmuir 34(17), 4962 (2018) [PDF] (Impact factor: 3.833)
[22] Grosskopf AK; Truby RL; Kim H; Perazzo A; Lewis JA; and Stone HA, "A rheological study of matrix materials used in embedded three-dimensional printing," ACS APPLIED MATERIALS AND INTERFACES, accepted. (Impact factor: 7.504)  
[21] Turkoz E; Perazzo A; Kim H; Stone HA; and Arnold CB, "Impulsively induced jets from shear-thinning viscoelastic inks for high-resolution printing,"​ PHYSICAL REVIEW LETTERS 120 074501 (2018). (Impact factor: 8.462)
[20] Xue N; Khodaparast S; Zhu L; Nunes J; Kim H; and Stone HA, "Laboratory Layered Latte," NATURE COMMUNICATIONS [PDF] (Impact factor: 13.092)
(Highlighted in Nature research and New York Times)
[19] Kim H; Muller K; Shardt O; Afkhami S; and Stone HA, "Solutal-Marangoni flows of miscible liquids drive transport without surface contamination," NATURE PHYSICS 13, 1105–1110 (2017) [PDF] [PDF2] (Impact factor: 22.806)
[18] Kim H, "Investigation of internal flow fields of evaporating binary mixture droplets," JOURNAL OF THE KOREAN SOCIETY OF VISUALIZATION 15(2), 21 (2017)
2016 (Before KAIST)
[17] Kim D-O; Pack M; Hu H; Kim H; and Sun Y, "Deposition of colloidal drops containing ellipsoidal particles: Competition between capillary and hydrodynamic forces," LANGMUIR 32(45), 11899 (2016) [PDF] (Impact factor: 3.993)
[16] Kim H; Belmiloud N; and Mertens P, "Investigation of internal complex flow of non-uniformly receding contact line of evaporating droplet by using tomographic PIV," JOURNAL OF THE KOREAN SOCIETY OF VISUALIZATION 14, 31 (2016) [PDF] 
[15] Feng J; Muradoglu M; Kim H; Ault J; and Stone HA, "Dynamics of a bubble bouncing at a liquid-liquid- gas interface," JOURNAL OF FLUID MECHANICS 807, 324 (2016) [PDF] (Impact factor: 2.51)
[14] Howell PD*; Kim H*; Popov M; and Stone HA, "Rivulet flow over a flexible beam," JOURNAL OF FLUID MECHANICS 796, 285 (2016) [PDF] (Impact factor: 2.51) *Equivalent 1st coauthor.
[13] Kim H; Boulogne F; Um E; Jacobi I; Button E; and Stone HA, "Controlled uniform coating from the interplay of Marangoni flows and surface-adsorbed macromolecules," PHYSICAL REVIEW LETTERS 116, 124501 (2016) [PDF] (Impact factor: 8.462)
(selected as a PRL cover and PRL Editors' Suggestion and highlighted in Physics and Nature physics.)
[12] Kong YL; Boulogne F; Kim H; Nunes J; Feng J; and Stone HA, "Deposition of quantum dots in a capillary tube," LANGMUIR 31, 12560 (2015) [PDF] (Impact factor: 3.993)
[11] Zheng, Z*; Kim H*; and Stone HA, "Controlling viscous fingering using time-dependent strategies," PHYSICAL REVIEW LETTERS 115, 174501 (2015) [PDF] (Impact factor: 7.645) *Equivalent 1st coauthor.
[10] Kim H; Lee J; Kim T-H; and Kim H-Y, "Spontaneous Marangoni mixing of miscible liquids at a liquid-liquid-air interface," LANGMUIR 31(31), 8726 (2015) [PDF] (Impact factor: 3.993)
[9] Kim H; Zheng Z, and Stone HA, "Noncircular stable displacement patterns in a meshed porous layer," LANGMUIR 31(20), 5684 (2015) [PDF]  (Impact factor: 3.993)
[8] Kim H; Poelma C; Ooms G; and Westerweel J, "Experimental and theoretical study of dewetting corner flow," JOURNAL OF FLUID MECHANICS 762, 393 (2015) [PDF] (Impact factor: 2.51)
[7] Kong YL; Tamargo I; Kim H; Johnson BN; Gupta MK; Koh T-W; Chin H-A; Steingart DA, Rand BP; and McAlpine MC, "3D Printed quantum dot light-emitting diodes,"  NANO LETTERS 14(12), 7017 (2014) [PDF] (Impact factor: 13.779)
(highlighted in Nature Research highlights (2014) and Nature News + Views (2015)) 
[6] Pang Y; Kim H; Liu Z; and Stone HA, "A soft microchannel decreases polydispersity of droplet generation," LAB-ON-A-CHIP 14, 4029-4034 (2014) [PDF]  (Impact factor: 5.586)
[5] Trinh PH*; Kim H*; Howell PD; Chapman SJ; and Stone HA, "Curvature suppresses the Rayleigh-Taylor instability," PHYSICS OF FLUIDS 16(5), 051704 (2014) [PDF]  (Impact factor: 2.017) *Equivalent 1st coauthor.
[4] Kim H; Westerweel J; and Elsinga GE, "Comparison of Tomo-PIV and 3D-PTV for microfluidic flows," MEASUREMENT SCIENCE AND TECHNOLOGY 24(2), 024007 (2013) [PDF]  (Impact factor: 1.433)
[3] Kim H; Große S; Elsinga GE; and Westerweel J, "Full 3D-3C velocity measurement inside a liquid immersion droplet," EXPERIMENTS IN FLUIDS 51(2), 395-405 (2011) [PDF] (Impact factor: 1.67)
[2] Kim H; Kwak HS; and Westerweel J, "Assessment of mixing applications on the EOF with thermal effects," COLLOID AND SURFACE A 376, 53 (2011) [PDF]  (Impact factor: 2.108)
[1] Kwak HS; Kim H; Hyun JM; and Song T-H, "Thermal control of electroosmotic flow in a microchannel through temperature-dependent properties," JOURNAL OF COLLOID AND INTERFACE SCIENCE 335, 123 (2009) [PDF] (Impact factor: 3.368)
The underline represents the corresponding author.