11 research outputs found
Photocatalysis over TiO2 supported on a glass substrate
- Author
- Ampo
- Ampo
- Ampo
- Bailey
- Barbeni
- Barbeni
- Barbeni
- Blocher
- Borgarello
- Borgarello
- Borgarello
- Borgarello
- Borgarello
- Borgarello
- Buhler
- Carturan
- Carturan
- Curran
- Darwent
- Dimitrijevic
- Domen
- Duonghong
- Enrico Borgarello
- Erbs
- Ezio Pelizzetti
- Fortunati
- Gratzel
- Hada
- Hada
- Harvey
- Jones
- Josephson
- Kakuta
- Kawai
- Krautler
- Krishnan
- Kuzynski
- Lai
- Marco Borgarello
- Mau
- Meissner
- Mollers
- Morancho
- Morancho
- Muradov
- Nick Serpone
- Ollis
- Paul Cahill
- Pearson
- Pichat
- Pichat
- Prahov
- Rappe
- Reiche
- Ron Harris
- Sakata
- Sanyal
- Seichi
- Serpone
- Swisher
- Swisher
- Swisher
- Taniguchi
- Thewissen
- Tricot
- Tricot
- Vigure
- Vogt
- Publication venue
- 'Elsevier BV'
- Publication date
- Field of study
Photocatalytic properties of atomic layer deposited TiO2 inverse opals and planar films for the degradation of dyes
- Author
- Abendroth
- Armelao
- Avril
- Avril
- B. Domenichini
- Borylo
- Boukrouh
- Burke
- Carp
- Chen
- Davis
- Emslie
- Ferrari
- Florence
- Furlan
- Houas
- I. Pochard
- Kim
- L. Imhoff
- Lai
- Li
- Li
- Liu
- Löckinger
- M.C. Marco de Lucas
- Mouni
- Nakata
- Nakata
- Orts
- P. Birnal
- Prettre
- Purniawana
- Raaijmakers
- Sarr
- Serpone
- Setiawan
- Silva
- Takagi-Kawai
- Violet
- Waterhouse
- Werfel
- Williams
- Yoon
- Yu
- Zhuiykov
- Publication venue
- 'Elsevier BV'
- Publication date
- Field of study
A proof of the direct hole transfer in photocatalysis: The case of melamine
- Author
- Arnold
- Augustynski
- Bozzi
- Buxton
- Calza
- Chiron
- Claudio Minero
- Connor
- Fabrizio Sordello
- Fujishima
- Goutailler
- Henderson
- Hoffmann
- Imanishi
- Jang
- Kataoka
- Marco Minella
- Martra
- Maurino
- Minella
- Minero
- Minero
- Minero
- Minero
- Minero
- Minero
- Minero
- Minero
- Minero
- Minero
- Monllor-Satoca
- Monllor-Satoca
- Mrowetz
- Nelson
- Neta
- Nosaka
- Pang
- Park
- Pelizzetti
- Pelizzetti
- Piccinini
- Ranganathan
- Ryu
- Serpone
- Stucki
- Valter Maurino
- Vione
- Wardman
- Zong
- Publication venue
- 'Elsevier BV'
- Publication date
- Field of study
Photocatalytic activity of exfoliated graphite–TiO 2
- Author
- Alessandro Ianiro
- Andrea C. Ferrari
- Anenberg
- Anna K. Ott
- Boaz Pokroy
- Bonaccorso
- Breusing
- Brida
- Bruna
- Cancado
- Chen
- Chen
- Christy
- Dai
- De Silvestri
- Du
- Eva A. A. Pogna
- Ferrari
- Ferrari
- Ferrari
- Fitch
- Flavia Tomarchio
- Foyo-Moreno
- Francesco Zerbetto
- Friedrich
- Fujishima
- Furube
- Gao
- Giancarlo Soavi
- Giulio Cerullo
- Giuseppe Falini
- Gloria Guidetti
- Gu
- Guidetti
- Guo
- Gurunathan
- Han
- Heiner Friedrich
- Hernandez
- Hirakawa
- Hoffmann
- Holcombe
- Huang
- Iryna Polishchuk
- Iwata
- Jackson
- Jain
- Jiang
- Jiang
- Kim
- Kim
- Knorr
- Kobayashi
- Kortüm
- Kubelka
- Lai
- Leary
- Lelieveld
- Li
- Li
- Liang
- Liang
- Liang
- Linsebigler
- Liu
- Liu
- Long
- Lotya
- Lucia Lombardi
- Luna-Sanguino
- Luo
- Mamaghani
- Manga
- Marco Goisis
- Marco Montalti
- Martín
- Matteo Calvaresi
- Mitrano
- Morais
- Murphy
- Natarajan
- Ngamta
- Nico A. J. M. Sommerdijk
- Nishimoto
- Ohsaka
- Pan
- Pastrana-Martinez
- Patil
- Rajeshwar
- Reddy
- Reddy
- Rick R. M. Joosten
- Schneider
- Serpone
- Serpone
- Serpone
- Shah
- Shen
- Smausz
- Sun
- Sun
- Swamy
- Szczepankiewicz
- Takizawa
- Tamaki
- Tamaki
- Tanaike
- Tayel
- Temple
- Thuy-Duong
- Toby
- Toby
- Tolosana-Moranchel
- Tolosana-Moranchel
- Tomadin
- Tu
- Tuinstra
- Wang
- Wang
- Wang
- Wang
- Wenderich
- Williams
- Williams
- Workman Jr.
- Xia
- Yamakata
- Yamakata
- Yang
- Yang
- Yeh
- Yoshihara
- Young
- Yu
- Zhang
- Zhang
- Zhang
- Zhang
- Zhang
- Zhang
- Zhang
- Zhang
- Zhang
- Zhang
- Zhao
- Zhou
- Zhu
- Zouzelka
- Publication venue
- 'Royal Society of Chemistry (RSC)'
- Publication date
- 01/01/2019
- Field of study
Reaction pathways and mechanisms of photodegradation of pesticides
- Author
- Abdou
- Abdou
- Abdou
- Abdou
- Acero
- Adityachaudhury
- Aguer
- Aguer
- Agüera
- Albanis
- Aly
- Andreeva
- Angelini
- Arkhipova
- Armbrust
- Armbrust
- Bachman
- Badr
- Balmer
- Barceló
- Barceló
- Barltrop
- Bellobono
- Beltrán
- Benı́tez
- Benı́tez
- Benı́tez
- Bent
- Bersohn
- Bhattacherjee
- Blair
- Blair
- Blatchley
- Bobé
- Borio
- Bourgine
- Braun
- Breithaupt
- Brekken
- Brun
- Bryant
- Bucher
- Burkhard
- Burns
- Burrows
- Burrows
- Buxton
- Cabras
- Cameron
- Cameron
- Canle L
- Canle L
- Canle L
- Canle L
- Canle L
- Canle L
- Canle L
- Canonica
- Carassiti
- Cernák
- Chen
- Cheng
- Chou
- Choudhury
- Chun
- Climent
- Climent
- Climent
- Comber
- Crank
- Crank
- Crank
- Crosby
- de Bertrand
- Dionysiou
- Dionysiou
- Djebbar
- Doong
- Doong
- Draper
- Drevenkar
- Durand
- Durand
- Dureja
- El Azzouzi
- Elbe
- Ellis
- Fallmann
- Faust
- Feng
- Fischer
- Foster
- Foster
- Fukushima
- Funderburk
- Gal
- Galadi
- Galadi
- Gehr
- Gianturco
- Giardini-Guidoni
- Grabowski
- Gray
- Guillard
- H.D. Burrows
- Haag
- Haag
- Hapeman-Somich
- Hasegawa
- Hebert
- Heit
- Herrmann
- Herweh
- Hileman
- Hirahara
- Hirvonen
- Hodgson
- Hogenboom
- Horner
- Huang
- Huang
- Hustert
- Hustert
- Héquet
- Héquet
- Höllrigl-Rosta
- Hörmann
- J.A. Santaballa
- Jensen-Korte
- Jirkovský
- Johnson
- Kamiya
- Kamiya
- Katagi
- Katagi
- Kearney
- Kerzhentsev
- Kisch
- Kochany
- Kole
- Konstantinou
- Kopf
- Korte
- Kotzias
- Krupa
- Ku
- Kumar
- Laat
- Lai
- Larson
- Lazarova
- Legrini
- Leintner
- Lin
- Lin
- Liu
- Lobedank
- M. Canle L
- Mabury
- Mabury
- Macounová
- Malato
- Maletzky
- Mansour
- Mansour
- Marcheterre
- Marco
- Marsella
- Masilamani
- Mateus
- Mateus
- Mateus
- Mazellier
- Mazellier
- Mazellier
- Mazellier
- Miille
- Miller
- Millet
- Millet
- Ming
- Mirbach
- Moctezuma
- Molokov
- Moorman
- Mountacer
- Moza
- Moza
- Murai
- Murov
- Murthy
- Mushtaq
- Muszkat
- Muszkat
- Muszkat
- Méallier
- Nag
- Neihof
- Ngim
- Nick
- Okamura
- Pajares
- Pajares
- Palm
- Palm
- Panadés
- Pape
- Pape
- Parra
- Pathirana
- Pelizzetti
- Percherancier
- Pirisi
- Prammer
- Pratap
- Prevot
- Pusino
- Párkányi
- Raschke
- Raschke
- Rejto
- Richard
- Rioboo
- Rodrı́guez
- Rosen
- Rosen
- Ruzo
- S. Steenken
- Safarzadeh-Amiri
- Samanidou
- Samanta
- Sandner
- Sanjuán
- Sanjuán
- Sanlaville
- Sanz-Asensio
- Schenck
- Schick
- Schmidt
- Scholz
- Schwack
- Schwack
- Schwack
- Schwack
- Schwack
- Scrano
- Serpone
- Sharma
- Silk
- Silva
- Silva
- Singles
- Slade
- Solar
- Stangroom
- Stangroom
- Sturini
- Sukul
- Tanaka
- Tanaka
- Tanaka
- Tanner
- Texier
- Texier
- Topalov
- Topalov
- Torrents
- Tremolada
- Tseng
- Turchi
- Unkroth
- Vialaton
- Vidal
- von Sonntag
- Wamhoff
- Wamhoff
- Wan
- Wardman
- Wegler
- Wells
- Wen
- Wilcock
- Wilson
- Worthing
- Ying
- Zaleska
- Zona
- Zwiener
- Publication venue
- 'Elsevier BV'
- Publication date
- 01/01/2002
- Field of study
The photodegradation of pesticides is reviewed, with particular reference to the studies that describe the mechanisms of the processes involved, the nature of reactive intermediates and final products. Potential use of photochemical processes in advanced oxidation methods for water treatment is also discussed. Processes considered include direct photolysis leading to homolysis or heterolysis of the pesticide, photosensitized photodegradation by singlet oxygen and a variety of metal complexes, photolysis in heterogeneous media and degradation by reaction with intermediates generated by photolytic or radiolytic means.http://www.sciencedirect.com/science/article/B6TH0-45G0043-1/1/46ea2e05c23dd9de81f3094356ba708
Visible-light driven oxidation of gaseous aliphatic alcohols to the corresponding carbonyls via TiO2 sensitized by a perylene derivative
- Author
- C Wang
- C Wang
- Chiara Guarisco
- D Jiang
- DO Scanlon
- DS Muggli
- F Donati
- F Parrino
- F Parrino
- Francesco Parrino
- G Marcì
- G Mele
- G Palmisano
- G Palmisano
- G Qin
- Gaetano Di Marco
- Giovanni Palmisano
- Giuseppe Calogero
- J Park
- JJ Murcia
- JJ Murcia
- JW Kim
- M Hashimoto
- M Zhang
- MA Nasalevich
- Mario Pagliaro
- ML Connolly
- N Serpone
- P Deng
- Q Wang
- Rosaria Ciriminna
- S Yurdakal
- T Ohno
- TM Triantis
- UR Pillai
- V Augugliaro
- V Augugliaro
- V Augugliaro
- Vittorio Loddo
- W Yang Teoh
- WJ Youngblood
- Y Ooyama
- ZM Dai
- Publication venue
- 'Springer Science and Business Media LLC'
- Publication date
- Field of study
Trattati dell'Unione europea
- Author
- Adelina Adinolfi
- Alessandra Lang
- Alessandra Mignolli
- Alessia Di Pascale
- Alfredo Rizzo
- Amedeo Arena
- Andrea Caligiuri
- Anna Gardella
- Anselmo Barone
- Antonio Tizzano
- Beatrice Bonafe'
- Bernardo Cortese
- Bruno Gencarelli
- Bruno Nascimbene
- Cecilia Sanna
- Celeste Pesce
- Celestina Iannone
- Chiara Amalfitano
- Chiara Cattabriga
- Chiara Cellerino
- Conte Giuseppe
- Cristina Schepisi
- Daniela Savy
- DE LUCA Piero
- Deborah Russo
- Dino Guido Rinoldi
- Elisa Fontana
- Elisabetta Bergamini
- Elisabetta Montaguti
- Emilio Pagano
- Eugenia Bartoloni M.
- Fabio Ferraro
- Fabio Spitaleri
- Fabrizio Barzanti
- Filippo Amato
- Filippo Donati
- Fortunato Susanna
- Francesco Di Majo
- Francesco Margiotta Broglio
- Francesco Bestagno
- Francesco Munari
- Francesco Sciaudone
- Gabriella Carella
- Gaspare Fiengo
- Giacomo Gattinara
- Gianluca Contaldi
- Giorgio Clemente
- Girolamo Strozzi
- Giuseppe Godano
- Giuseppe Palmisano
- Giuseppe Tesauro
- Grazia Vitale
- Ilaria Anro'
- Ivan Ingravallo
- Linda Maria Ravo
- Lorenzo Schiano Di Pepe
- Lorenzo Salazar
- Luca Terminiello
- Luca Visaggio
- Lucia Serena Rossi
- Lucia Marletta
- Lucia Mazzarini
- Luigi Daniele
- Luigi Fumagalli
- Luigi Raimondi
- Luigi Scudiero
- Marco Serpone
- Maria Luisa Tufano
- Marta Maria Cartabia
- Massimiliano Puglia
- Massimo Condinanzi
- Massimo Fragola
- Maurizio Orlandi
- Monica Lugato
- Nicoletta Parisi
- Oreste Pallotta
- Ornella Porchia
- Paola Mori
- Paolo Iannuccelli
- Paolo Mengozzi
- Paolo Palchetti
- Patrizia De Pasquale
- Pieralberto Mengozzi
- Pierluigi Simone
- Pierluigi Valentino
- Pietro Milazzo
- Roberto Adam
- Roberto Baratta
- Roberto Cisotta
- Roberto Giuffrida
- Roberto Mastroianni
- Salvatore D' Acunto
- Sara Poli
- Sara Pugliese
- Saverio De Bellis
- Scalese Giancarlo
- Silvana Sciarra
- Simonetta Izzo
- Stefania Bariatti
- Stefano Amadeo
- Talitha Vassalli Di Dachenhausen
- Valeria Piccone
- Vincenzo Cannizzaro
- Publication venue
- Publication date
- 01/01/2014
- Field of study
Design for carbon–carbon bond forming reactions under ambient conditions
- Author
- Abbaspour Tehrani
- Abraham
- Adam
- Ahmad
- Albini
- Alonso
- Alonso
- An
- Anastas
- Arai
- Arai
- Aramaki
- Armaly
- Ashokkumar
- Badillo
- Bal
- Ballini
- Bandini
- Bandini
- Banerjee
- Banerjee
- Bang
- Barluenga
- Barnette
- Barrero
- Basolo
- Bayat
- Beattie
- Begue
- Besset
- Bhavsar
- Bhunia
- Bigi
- Biradar
- Boechat
- Boger
- Boldyrev
- Bonsignore
- Bonsignore
- Bonsignore
- Bradshaw
- Brahmachari
- Brahmachari
- Brahmachari
- Brahmachari
- Brahmachari
- Brahmachari
- Brahmachari
- Brahmachari
- Brahmachari
- Brandsma
- Breitenbach
- Bremner
- Breslow
- Bruckmann
- Bunin
- Butler
- Cacciuttolo
- Caron
- Carril
- Cassar
- Cella
- Cella
- Cernansky
- Challa
- Chanda
- Charpentier
- Chaudhary
- Chaume
- Chen
- Cheng
- Chopra
- Choudary
- Christensen
- Chu
- Ciamician
- Cintas
- Clapés
- Clark
- Clark
- Climent
- Coleman
- Corbett
- Corey
- Cravotto
- Cravotto
- Cravotto
- Cravotto
- Cui
- Córdova
- Dailey
- Dalko
- Dama
- Datta
- Decottignies
- Deng
- Denmark
- Deshmukh
- Dickerson
- Dieck
- Dietrich
- Dixit
- Dounay
- Dänoun
- Egami
- Egami
- Eicher
- Ellis
- Enders
- Evans
- Farrán
- Finke
- Fotso
- Franzén
- Franzén
- Freitas
- Friscic
- Friščić
- Gaikwad
- Gakh
- Gallagher-Duval
- Galletti
- Galliford
- Garay
- Gawande
- Gawande
- Gazit
- Gillingham
- Glennon
- Gould
- Gourdeau
- Grieco
- Gröger
- Guenic
- Guenic
- Guenic
- Guo
- Gupta
- Gupta
- Gupta
- Guzikowski
- Hafez
- Hagiwara
- Hagmann
- Hailes
- Hamada
- Han
- Happ
- Hari
- Harris Jr
- Hassine
- Hassine
- Hayashi
- Hemantha
- Henkel
- Hervé
- Hervé
- Hewawasam
- Hewawasam
- Hibino
- Hildebrandt
- Hirai
- Hirwe
- Hoffmann
- Hsu
- Huang
- Hundertmark
- Inokuchi
- Ischay
- James
- Jennings
- Jonsson
- Jung
- Juris
- Kagata
- Kaji
- Kaldas
- Kalyanasundaram
- Kamal
- Kamalraja
- Kaneda
- Kang
- Kasibhatla
- Katoh
- Kaur
- Kawano
- Kayser
- Kemnitzer
- Kempen
- Khaligh
- Khaligh
- Khan
- Kirk
- Kirsch
- Klapars
- Knight
- Kobayashi
- Kogami
- Koike
- Kokubo
- Kong
- Kornet
- Koyama
- Kshirsagar
- Kumar
- Kumaravel
- Kunick
- Kunishima
- Lakshmi Kantam
- Lakshmi Kantam
- Lamblin
- Le
- Lee
- Lee
- Li
- Li
- Li
- Li
- Li
- Li
- Liang
- Liang
- Lin
- Lindstrom
- Lipshutz
- List
- Liu
- Liu
- Liu
- Liu
- Liu
- Lorimer
- Luche
- Lunt
- Luo
- Lussier
- Lézé
- Ma
- Ma
- Mahkam
- Maity
- Malinowska
- Manabe
- Manabe
- Mandal
- Marcelli
- Marco
- Marco-Contelles
- Margulis
- Marti
- Martins
- Martins
- Marvaniya
- Mase
- Mason
- Mason
- Mason
- Mason
- Mason
- Matsumoto
- Mehta
- Meigh
- Merino
- Meyer
- Michael
- Miyaura
- Mojtahedi
- Monge
- Morales
- Mulla
- Murakami
- Murase
- Murray
- Müller
- Nagib
- Narayanam
- Narayanaperumal
- Natarajan
- Ni
- Nicolaou
- Nie
- Nikolovska-Coleska
- Noble
- O'Brien
- O'Keeffe
- Oh
- Olyaei
- Omar
- Ortega
- Otto
- Paira
- Palmieri
- Palomo
- Palomo
- Park
- Parsons
- Patil
- Patil
- Peroni
- Petrov
- Poliakoff
- Polshettiwar
- Poupelin
- Pratsch
- Price
- Prier
- Primer
- Puri
- Purser
- Pérez
- Rahman
- Ramachandran
- Ramachary
- Ramazani
- Rao
- Rasmussen
- Ravelli
- Reddy
- Resch
- Rideout
- Riederer
- Rodríguez
- Rohr
- Romo
- Rossi
- Ruiz
- Russell
- Safari
- Saggadi
- Saggadi
- Saggadi
- Sanz
- Saragi
- Sartori
- Sartori
- Sarvari
- Sasai
- Savant
- Saxton
- Saïd
- Schiel
- Schneider
- Schultz
- Seitz
- Serpone
- Shaabani
- Shafran
- Shanmugasundaram
- Sheldon
- Sheldon
- Shi
- Shibasaki
- Shibasaki
- Shimizu
- Shinkevich
- Sillanpää
- Silva
- Singh
- Sinha
- Smalley
- Soengas
- Soheili
- Soloducho
- Somai
- Sonawane
- Sonogashira
- Sonogashira
- Sonogashira
- Specht
- Srividya
- Stolle
- Stolle
- Studer
- Sultana
- Taira
- Takamatsu
- Tanaka
- Tangestaninejad
- Taran
- Teplý
- Thakur
- Thakur
- Tokunaga
- Tomashenko
- Torii
- Toshima
- Touré
- Tripathy
- Tripathy
- Trost
- Trost
- Tsukinoki
- Tucker
- Tundo
- Vasantha
- Vazquez-Rodriguez
- Venkata Prasad
- Venkatesan
- Venkatesh
- Veronese
- Viault
- Wahl
- Walsh
- Wang
- Wang
- Wang
- Wang
- Weinreb
- Williams
- Wilson
- Woo
- Wu
- Wu
- Wu
- Xi
- Xia
- Xiong
- Xu
- Xu
- Xuan
- Xuan
- Yadav
- Yamamoto
- Yang
- Yi
- Yin
- Ylijoki
- Yogisha
- Yoon
- Yu
- Yus
- Zeitler
- Zhang
- Zhang
- Zhang
- Zhang
- Zhang
- Zhang
- Zhang
- Zhang
- Zhang
- Zhang
- Zhang
- Zheng
- Zhi Qiang
- Zhou
- Zhou
- Zhou
- Ziarati
- Publication venue
- 'Royal Society of Chemistry (RSC)'
- Publication date
- 01/01/2016
- Field of study
An overview of geological originated materials as a trend for adsorption in wastewater treatment
- Author
- Abidi
- Abou-El-Sherbini
- Acisli
- Agersø
- Ahmad
- Akgül
- Akpomie
- Al Kuisi
- Al-Anber
- Al-Shalabi
- Al-Zboon
- Albadarin
- Alexandre-Franco
- Alom
- Alouani
- Alswat
- Alvarez-Ayuso
- Amaria
- Amer
- Ammann
- Andini
- Angove
- Anirudhan
- Arfaoui
- Arvand
- Asfaram
- Atiş
- Atun
- Ayoub
- Aytas
- Azizi
- Bache
- Bagci
- Baker
- Baker
- Banning
- Barbosa
- Batista
- Beattie
- Begg
- Bekçi
- Belachew
- Benhouria
- Bertagnolli
- Bettencourt
- Bhardwaj
- Bhattacharyya
- Bhattacharyya
- Bhattacharyya
- Bhattacharyya
- Bhattacharyya
- Bhattacharyya
- Biswas
- Boczkaj
- Boucif
- Boyjoo
- Branlund
- Brantley
- Breeuwsma
- Brigatti
- Bundschuh
- Burakov
- Cabrera
- Cai
- Calabrese
- Calabrese
- Cao
- Carter
- Carvalho
- Castellini
- Castillo Alvarez
- Chang
- Chang
- Chang
- Chantawong
- Chao
- Chapman
- Chen
- Chen
- Chen
- Chen
- Chen
- Chen
- Cheng
- Cheng
- Chiou
- Chu
- Chutia
- Clausen
- Clements
- Coles
- Cooper
- Cornell
- Crini
- Cristina
- Cruz-Guzmán
- Curtis
- Dabrowski
- Daou
- De Gisi
- De Oliveira
- de Sousa
- Deer
- Dehghan
- Delkash
- Deng
- Dhami
- Di Toro
- Diebold
- Ding
- Djomgoue
- Dobrogowska
- Donat
- Dong
- Dordio
- Dordio
- Dotto
- Doǧan
- Du
- Dähn
- E
- El Adraa
- El-Defrawy
- El-eswed
- Elzinga
- Erdem
- Erdem
- Eren
- Ersahin
- Essington
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One-Dimensional Titanium Dioxide Nanomaterials: Nanowires, Nanorods, and Nanobelts
- Author
- Adachi M.
- Agosta R.
- Albu S. P.
- Amin S. S.
- An W. J.
- Armstrong A. R.
- Armstrong A. R.
- Armstrong G.
- Attar A. S.
- Bach U.
- Bae C.
- Baghbanzadeh M.
- Banerjee S.
- Banfield J. F.
- Bang J. H.
- Barnard A. S.
- Barnard A. S.
- Barnard A. S.
- Bavykin D. V.
- Behr M.
- Bessekhouad Y.
- Bezryadin A.
- Bezryadin A.
- Bilecka I.
- Boettcher S. W.
- Braun J. H.
- Brinker C. J.
- Buonsanti R.
- Buonsanti R.
- Buonsanti R.
- Buonsanti R.
- Buonsanti R.
- Burda C.
- Burrows N. D.
- Burschka J.
- C. Yu J.
- Cao G.
- Carbone L.
- Caricato A. P.
- Casavola M.
- Chan C. K.
- Chang M.
- Chang Y.
- Chemseddine A.
- Chen C. A.
- Chen H.-Y.
- Chen J. Z.
- Chen X.
- Chen X.
- Chen X. B.
- Chen Z.
- Cheng C.
- Chi B.
- Cho I. S.
- Cho I. S.
- Christy P. D.
- Chung C.-C.
- Cozzoli P. D.
- Cozzoli P. D.
- Cromer D. T.
- Cundy C. S.
- Cushing B. L.
- Dai H.
- Dai L.
- Dalton A. S.
- Daothong S.
- Das K.
- De Caro L.
- De Marco L.
- De Marco L.
- Di Valentin C.
- Ding Y.
- Dinh C. T.
- Doeswijk L. M.
- Dong F.
- Dong W.
- Dong Y.
- Duan H. G.
- Dubrovskii V. G.
- Fan H. J.
- Fan Z.
- Feng X.
- Feng X.
- Feng Y.
- Finkelstein-Shapiro D.
- Finnegan M. P.
- Fisher A. C.
- Flint E. B.
- Francioso L.
- Fu Z.-W.
- Fujihara K.
- Fujishima A.
- Fujishima A.
- Gai Y. Q.
- Garvie R. C.
- Garvie R. C.
- Gedye R.
- George S. M.
- Golden T. D.
- Gong D.
- Gong J.
- Gong X.-Q.
- Gratzel M.
- Greene L. E.
- Gressel-Michel E.
- Guo W.
- Günes S.
- Ha J. Y.
- Hagfeldt A.
- Harris L. A.
- Harris L. A.
- He P.
- Hensel J.
- Hitosugi T.
- Hoang S.
- Hochbaum A. I.
- Hoffmann M. R.
- Hoyer P.
- Hu J.
- Huang C. T.
- Huang Z.-M.
- Hulteen J. C.
- Huo K.
- Huo K.
- Huynh W. U.
- Hwang Y. J.
- Hwang Y. J.
- Iacomino A.
- Ip A. H.
- Jia X.
- Jian Shi
- Jiu J. T.
- Jokanović V.
- Joo J.
- Juengsuwattananon K.
- Jun Y. W.
- Jun Y.-w.
- Jun Y.-w.
- Kandiel T. A.
- Kang S. H.
- Kang T. S.
- Kasuga T.
- Khan S. U. M.
- Khil M. S.
- Kim D. H.
- Kim H. S.
- Kim I. D.
- Kim J. Y.
- Kim J. Y.
- Kim M. H.
- Kisumi T.
- Knez M.
- Kolmakov A.
- Koo B.
- Kuang D.
- Kumar A.
- Kuo C. Y.
- Kwon S. G.
- Lakshmi B. B.
- Lakshmi B. B.
- Lan X.
- Law M.
- Law M.
- Lee B. H.
- Lee J. C.
- Lee J.-C.
- Lee J.-C.
- Lee K.
- Lee Y.-H.
- Lei B.-X.
- Li D.
- Li D.
- Li D.
- Li G.
- Li M.
- Li X. L.
- Li Y.
- Li Y.
- Li Z.
- Liao J.-Y.
- Lieber C. M.
- Limmer S. J.
- Limmer S. J.
- Limmer S. J.
- Lin K.-L.
- Lin Y.
- Lin Y. Y.
- Linsebigler A. L.
- Liu B.
- Liu B.
- Liu B.
- Liu C.
- Liu D.
- Liu H.
- Liu J.
- Liu J.
- Liu R.
- Liu Z.
- Loiudice A.
- Loiudice A.
- Lu Q.
- Lu X.
- Lu Y.
- Lv M.
- Lv M.
- Ma C.
- Ma G.
- Ma R.
- Manna L.
- Manna L.
- Manorama S. V.
- Marchand R.
- Masuda H.
- Medina-Gonzalez Y.
- Melcarne G.
- Miao Z.
- Mills A.
- Mohapatra S. K.
- Moret M. P.
- Mortimer R. J.
- Motuzas J.
- Mu Q.
- Mukherjee K.
- Murray C. B.
- Nakato Y.
- Nam K. T.
- Nelson J.
- Ng J.
- Ni M.
- Niederberger M.
- Noh J. H.
- Nozik A. J.
- Nozik A. J.
- Nozik A. J.
- Oekermann T.
- Oh J.-K.
- Onozuka K.
- Oskam G.
- O’Regan B.
- Paily R.
- Pan K.
- Park J.
- Park Y.-S.
- Patolsky F.
- Peet J.
- Peng H. W.
- Peng X.
- Penn R. L.
- Penn R. L.
- Penn R. L.
- Pfaff G.
- Pradhan S. K.
- Prasad K. R.
- Pu Y. C.
- Qiu J.
- Qiu J.
- Ren X.
- Ribeiro C.
- Rochford C.
- Roduner E.
- Roh D. K.
- Ruan C.
- Sakthivel S.
- Sanjines R.
- Sauthier G.
- Sauvage F.
- Serpone N.
- Shen X. J.
- Shi J.
- Shi J.
- Shi J.
- Shi J.
- Shi J.
- Shibata N.
- Simon C. J.
- Singh D. P.
- Smith W.
- Snaith H. J.
- Subbiah T.
- Sugimoto T.
- Sugiura T.
- Sui R.
- Sun P.
- Sun Y.
- Sun Y.
- Suslick K. S.
- Suslick K. S.
- Szabó D. V.
- Tafen D.
- Tahir M. N.
- Takabayashi S.
- Tan B.
- Tan S. H.
- Tao R.-H.
- Tian W. C.
- Tian Z. R.
- Trentler T. J.
- Umebayashi T.
- Umebayashi T.
- Valden M.
- Varghese O. K.
- Vayssieres L.
- Venkataramanan N. S.
- Villanueva-Cab J.
- Vuong N. M.
- Wacaser B. A.
- Wakefield G.
- Wang C.
- Wang D.
- Wang D.
- Wang G.
- Wang G. M.
- Wang H.
- Wang J.
- Wang M.
- Wang N.
- Wang Q.
- Wang W.
- Wang W.
- Wang X. D.
- Wang Y.
- Wang Z.
- Wang Z. L.
- Wang Z. L.
- Wei Q.
- Weickert J.
- Weigang L.
- Wen B.
- Williams S. S.
- Winter M.
- Wu F. X.
- Wu J.-J.
- Wu J.-M.
- Wu J.-M.
- Wu W.-Q.
- Wu X.
- Wu Y.
- Wu Z. S.
- Xia X.
- Xia X.
- Xia Y.
- Xiang B.
- Xu C.
- Xu C.
- Xu C.
- Xu M.
- Xu Q.
- Xudong Wang
- Yamamoto T.
- Yan R. X.
- Yang C.-S.
- Yang D.
- Yang D.
- Yang H. G.
- Yang L.
- Yang L.
- Yang M.
- Yanhao Yu
- Yao B. D.
- Ye Z. Z.
- Yu H.
- Yu J.
- Yu J.
- Yun C.
- Yun H. J.
- Zallen R.
- Zeng T.-W.
- Zhang H.
- Zhang H.
- Zhang M.
- Zhang X.
- Zhang X.
- Zhang X.
- Zhang Y.
- Zhang Z. H.
- Zhaodong Li
- Zhou Z. J.
- Zhu W.
- Zhu Y.
- Zhu Y.
- Zuruzi A. S.
- Publication venue
- 'American Chemical Society (ACS)'
- Publication date
- Field of study