5 research outputs found
Microfluidic chips for plasma flow chemistry: application to controlled oxidative processes
- Author
- Agiral
- Anderson
- Aota
- Aota
- Ascenzi
- Askari
- Ağıral
- Ağıral
- Babayan
- Bartolo
- Becker
- Becker
- Bhattacharya
- Biganzoli
- Boganov
- Borra
- Bresch
- Chen
- Chen
- Cho
- De Bie
- Dey
- Dietz
- Eden
- Eijkel
- Eijkel
- Eliasson
- Falkenstein
- Fan
- Fridman
- Friedrich
- Ghosh
- Guruvenket
- Gutmann
- Hessel
- Hochart
- Hsieh
- Hsieh
- Hu
- Ihara
- Indarto
- Indarto
- Kim
- Kim
- Kim
- Kogelschatz
- Kogelschatz
- Kudryashov
- Kudryashov
- Kudryashov
- Kull
- Kusumaatmaja
- Lee
- Liimatainen
- Lim
- Liu
- Liu
- Lomel
- Lozano-Parada
- Malik
- Manley
- Matsui
- Matsveev
- Mei
- Mishin
- Morent
- Mori
- Mori
- Na
- Nozaki
- Nozaki
- Nozaki
- Nozaki
- O'Toole
- Oliver
- Oshima
- Panomsuwan
- Penetrante
- Protasova
- Reyes
- Saito
- Schoenbach
- Schuchardt
- Sekiguchi
- Seto
- Sichler
- Siemens
- Srinivasan
- Suhr
- Sun
- Sung
- Suresh
- Tezuka
- Trionfetti
- Wandell
- Wandell
- Wang
- Wang
- Wei
- Yamanishi
- Yano
- Zhang
- Publication venue
- 'Royal Society of Chemistry (RSC)'
- Publication date
- 01/01/2018
- Field of study
No full textThermodynamic properties of nanostructured ZnO
- Author
- Ali
- Arya
- Baker
- Baker
- Bale
- Barnard
- Barnard
- Bayarjargal
- Bhowmick
- Biswas
- Bondarenko
- Chen
- Clever
- Cooke
- David
- Diehm
- Ding
- Djurisic
- Dong
- Fan
- Fan
- Fan
- Fan
- Fukuhara
- Gao
- Glasser
- Gomez
- Grzanka
- Gu
- Guisbiers
- Haffad
- Hanna
- Hassanpour
- Hassanpour
- Hassanpour
- Holec
- Hou
- Huang
- Jiang
- Jiang
- Jiang
- Jiang
- Jiang
- Kalita
- Kang
- Kaptay
- Kaptay
- Klingshirn
- Klingshirn
- Klingshirn
- Kolodziejczak-Radzimska
- Koster
- Kotmool
- Kumar
- Leitner
- Leitner
- Leitner
- Li
- Li
- Li
- Li
- Li
- Li
- Li
- Li-Juan
- Liang
- Lu
- Ma
- Ma
- Ma
- Mandal
- Marana
- Medasani
- Medasani
- Meulenkamp
- Meyer
- Mu
- Mudunkotuwa
- Na
- Nadherny
- Nanda
- Navrotsky
- Navrotsky
- Ouyang
- Ouyang
- Pandurangan
- Protasova
- Qi
- Qi
- Qi
- Qi
- Qi
- Range
- Razi
- Rodenbough
- Sambles
- Samson
- Schmidt
- Shen
- Soldano
- Song
- Spencer
- Spencer
- Straumal
- Straumal
- Sun
- Tan
- Tang
- Tuoc
- Valdiglesias
- Vandebriel
- Vanithakumari
- Viñes
- Wander
- Wang
- Wei
- Wen
- Wesolowski
- Wong
- Wu
- Xiong
- Xiong
- Xu
- Yan
- Yang
- Yue
- Zak
- Zhang
- Zhang
- Zhang
- Zhang
- Zhang
- Zhang
- Zhou
- Zhuravlev
- Publication venue
- 'Elsevier BV'
- Publication date
- Field of study
No full textMicrostructure Evolution of Primary γ′ Phase in Ni3Al-Based Superalloy
- Author
- AG Khachaturyan
- AM Manzoni
- B Saleem
- B Von Grossmann
- C Ai
- C Maldonado
- C Mary
- C Stöcker
- C Walter
- CE Campbell
- Chang Liu
- CZ Hargather
- D Johnson
- E Nembach
- FLR Tirado
- FX Kayser
- G Britain
- G. Brunetti A. Setterrati, A. Hazotte, S. Denis, J.J. Fundenberger, A. Tidu, E. Bouzy
- H Biermann
- H Long
- H Long
- H Mughrabi
- H Numakura
- HP Wang
- J Ding
- J Ding
- J Lapin
- J Wu
- J Wu
- J Wu
- Jian Ding
- Jianbo Zhang
- Jingan Li
- JP Simmons
- JS Van Sluytman
- JX Zhang
- K Vasu
- K Yoshida
- KE Yoon
- L Liu
- L Luo
- L Müller
- M Doi
- M Doi
- M Hantcherli
- M Krasnowski
- M Preuss
- M Tomellini
- MMP Janssen
- MN Samani
- MV Nathal
- MV Rybin
- NA Protasova
- ND Souza
- OA Ojo
- OA Ojo
- P Jozwik
- P Pandey
- PM Sarosi
- QZ Gao
- R Eriş
- R Moskovic
- R Radis
- RA Ricks
- RJ Mitchell
- RJ Mitchell
- RJ Mitchell
- T Grosdidier
- TM Pollock
- W Liu
- X Li
- X Su
- X Xia
- X Xia
- X Zhou
- XG Wang
- Xin He
- Xingchuan Xia
- Xueguang Chen
- Y Chen
- Y Wang
- Y Wu
- Y Wu
- YF Li
- Yongchang Liu
- Yuanyi Peng
- YY Qiu
- ZW Huang
- Publication venue
- 'Springer Science and Business Media LLC'
- Publication date
- Field of study
No full textThe occurrence of vanadium in nature: its biogeochemical cycling and relationship with organic matter—a case study of the Early Cambrian black rocks of the Niutitang Formation, western Hunan, China
- Author
- A Ferreira
- A Goc
- A Kabata-Pendias
- A Minhas
- A Nissenbaum
- A Takeda
- AM Shiller
- AS Mackenzie
- AS Mangrich
- B Kříbek
- B Lehmann
- B Orberger
- B Rawlins
- B Wehrli
- B Zhu
- BG Morrell
- BJ Alloway
- BK Hope
- BK Hope
- BV Venkataraman
- C Jeandel
- C Wu
- C Zhang
- CC Wann
- CS Shieh
- D Heggie
- D Rehder
- D Rehder
- D Sippel
- D Wang
- DC Arans
- DH Pi
- DR Lide
- DS Manta
- DW Boyd
- DZ Piper
- E Sabbioni
- EW Baker
- F Aydin
- FL Assem
- G Jiang
- G Micera
- GD Templeton III
- GN Breit
- H Doshi
- H Michibata
- H-U Meisch
- HA Schroeder
- HD Holland
- HJ Vonk
- HT Evans
- I Jarvis
- I Ortiz-Bernad
- IN Monakhov
- J Chen
- J Połedniok
- J Prytulak
- J Tuo
- J Xu
- J Zhang
- J-H Huang
- JA Beier
- JD Vine
- JH Oehler
- JH Patterson
- JH Trefry
- JL Domingo
- JM Llobet
- JO Nriagu
- JP Bellenger
- JP Bellenger
- K Boström
- K Govindaraju
- K Kustin
- K Lee
- KD Linstedt
- KH Wedepohl
- KJM Mulders
- KW Bruland
- L Jian
- L Xu
- L Xu
- L Zhao
- LC Cantley
- LJ Boucher
- LM Och
- LM Wenger
- M Blumer
- M Colina
- M Imtiaz
- M Nadal
- M Ovari
- M Sadiq
- M Steiner
- M Tahir
- M Whitfield
- M Wille
- M Zhu
- MA Rashid
- MB McBRIDE
- MD Lewan
- MD Lewan
- ME Weeks
- MLS Goncalves
- MT Wright
- MV Cheshire
- N Mizuno
- N Pourang
- NA Protasova
- NA Sozinov
- OD Yay
- P Gao
- P Miramand
- P Smichowski
- P Tume
- P Vinkler
- PI Premović
- R Li
- R Salminen
- RA Duce
- RA Gulbrandsen
- RB Wanty
- RB Wanty
- RM Coveney
- RR Langeslay
- RR Moskalyk
- RS Awan
- RS Awan
- RT Kay
- RW Collier
- S Colley
- S Dudka
- S Granero
- S Xiao
- SG Nielsen
- SHB Clark
- SL Monaco
- SN Xu
- SO Prasher
- SR Emerson
- SS Soares
- T Han
- T Wällstedt
- TJ Shaw
- TS Lin
- U Ringelband
- VG Caccia
- W Carpentier
- WHO
- X Lu
- X Tang
- XD Jiao
- Y Li
- Y Liu
- Y Sato
- Y-M Zhang
- Y-Y Zhang
- Z Licheng
- Z Zhang
- ZH Liu
- ZR Holan
- Publication venue
- 'Springer Science and Business Media LLC'
- Publication date
- Field of study
No full textModern Trends in Catalyst and Process Design for Alkyne Hydrogenations
- Author
- Abellò S.
- Aduriz H. R.
- Alvez-Manoli G.
- Anderson J. A.
- Auer E.
- Azizi Y.
- Bakker J. J. W.
- Boitiaux J. P.
- Bond G. C.
- Bonnemann H.
- Borodziński A.
- Borodziński A.
- Borodziński A.
- Borodziński A.
- Borodziński A.
- Bos A. N. R.
- Brandão L.
- Bridier B.
- Bridier B.
- Bridier B.
- Bridier B.
- Burda C.
- Centi G.
- Chen B.
- Choudary B. M.
- Choudhary T. V.
- Coq B.
- Crespo-Quesada M.
- Crespo-Quesada M.
- Crespo-Quesada M.
- Crespo-Quesada M.
- Cárdenas-Lizana F.
- de Jong K. P.
- de Loos S. R. A.
- Dominguez-Dominguez S.
- Dominguez-Dominguez S.
- Duca D.
- Duduković M. P.
- Evangelisti C.
- Galvagno S.
- García-Mota M.
- García-Mota M.
- Ghosh A. K.
- Gracia L.
- Grasemann M.
- Hao Z.
- Hartog A. J. D.
- Hori J.
- Jackson S. D.
- Jackson S. D.
- Jia C. J.
- Jia J. F.
- Jiménez-González C.
- Jujjuri S.
- Jung A.
- Kennedy D. R.
- Kim S. K.
- Kiwi-Minsker L.
- Kiwi-Minsker L.
- Klasovsky F.
- Koeppel R. A.
- Komhom S.
- Kreutzer M. T.
- Lange C.
- Lange C.
- Lindlar H.
- Liu W.
- López N.
- López-Sánchez J. A.
- Maetz P.
- Maetz P.
- Maetz P.
- Mallat T.
- Mann R. S.
- Mann R. S.
- Mantell C. L.
- Marin-Astorga N.
- Mastalir A.
- Mastalir A.
- Mastalir A.
- Mastalir A.
- Matatov-Meytal Y.
- Mei D.
- Mojet B. L.
- Molnár A.
- Molnár A.
- Moreno-Castilla C.
- Moulijn J. A.
- Musolino M. G.
- Na-Chiangmai C.
- Nag N. K.
- Nieto-Márquez A.
- Nijhuis T. A.
- Nijhuis T. A.
- Nikolaev S. A.
- Osswald J.
- Osswald J.
- Ozkan U. S.
- Pellegatta J. L.
- Protasova L. N.
- Rajaram J.
- Rebrov E. V.
- Renken A.
- Rodriguez-Reinoso F.
- Ruta M.
- Ryndin Y. A.
- Schmid G.
- Semagina N.
- Semagina N.
- Semagina N.
- Semagina N.
- Semagina N.
- Semagina N.
- Sie S. T.
- Spee M. P. R.
- Stakheev A. Y.
- Stankiewicz A. I.
- Starodubtseva E. V.
- Studt F.
- Sárkány A.
- Sárkány A.
- Tao A. R.
- Telkar M. M.
- Teschner D.
- Teschner D.
- Tew M. W.
- Tew M. W.
- Tribolet P.
- Trueba M.
- Tschan R.
- Ulan J. G.
- Venkatesan R.
- Wanjala B. N.
- Wehrli J. T.
- Wehrli J. T.
- Wehrli J. T.
- Winterbottom J. M.
- Xia Y.
- Zhang Q. W.
- Ziemecki S. B.
- Publication venue
- 'American Chemical Society (ACS)'
- Publication date
- Field of study
No full text
