CRIS Current Research Information System

PASSERI, SAURO
 Distribuzione geografica
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Continente #
AS - Asia 3.139
NA - Nord America 2.866
EU - Europa 2.146
SA - Sud America 159
Continente sconosciuto - Info sul continente non disponibili 143
AF - Africa 130
OC - Oceania 4
Totale 8.587
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Nazione #
US - Stati Uniti d'America 2.819
VN - Vietnam 1.002
CN - Cina 874
SG - Singapore 693
GB - Regno Unito 578
DE - Germania 303
UA - Ucraina 281
IT - Italia 258
HK - Hong Kong 179
FR - Francia 172
SE - Svezia 159
IN - India 130
RU - Federazione Russa 121
BR - Brasile 112
IE - Irlanda 88
JP - Giappone 57
EE - Estonia 52
FI - Finlandia 48
BD - Bangladesh 45
CI - Costa d'Avorio 38
ZA - Sudafrica 38
JO - Giordania 31
SC - Seychelles 31
CA - Canada 27
PH - Filippine 21
IR - Iran 19
KR - Corea 19
BG - Bulgaria 18
TH - Thailandia 16
AR - Argentina 15
TG - Togo 14
BE - Belgio 13
NL - Olanda 10
ID - Indonesia 9
TR - Turchia 9
CH - Svizzera 8
ES - Italia 8
TW - Taiwan 8
CL - Cile 7
GR - Grecia 7
MX - Messico 6
VE - Venezuela 6
EC - Ecuador 5
IQ - Iraq 5
JM - Giamaica 5
PY - Paraguay 5
UZ - Uzbekistan 5
AU - Australia 4
LU - Lussemburgo 4
PE - Perù 4
PL - Polonia 4
CO - Colombia 3
CR - Costa Rica 3
CY - Cipro 3
LB - Libano 3
SA - Arabia Saudita 3
AE - Emirati Arabi Uniti 2
BZ - Belize 2
CZ - Repubblica Ceca 2
EG - Egitto 2
ET - Etiopia 2
LT - Lituania 2
PK - Pakistan 2
RO - Romania 2
TN - Tunisia 2
A2 - ???statistics.table.value.countryCode.A2??? 1
AZ - Azerbaigian 1
BH - Bahrain 1
BY - Bielorussia 1
DK - Danimarca 1
GA - Gabon 1
GT - Guatemala 1
HN - Honduras 1
HU - Ungheria 1
KE - Kenya 1
KZ - Kazakistan 1
MA - Marocco 1
MD - Moldavia 1
MT - Malta 1
MY - Malesia 1
NO - Norvegia 1
RS - Serbia 1
SI - Slovenia 1
SR - Suriname 1
SV - El Salvador 1
TT - Trinidad e Tobago 1
UY - Uruguay 1
Totale 8.445
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Città #
Southend 512
Singapore 474
Ashburn 240
Dong Ket 228
Jacksonville 220
Santa Clara 206
Chandler 180
Hong Kong 166
San Jose 156
Ho Chi Minh City 146
Hanoi 143
Fairfield 136
Council Bluffs 125
Princeton 111
Beijing 103
Wilmington 99
Dublin 88
Ann Arbor 82
Woodbridge 81
Seattle 69
Boardman 64
Nanjing 64
Los Angeles 62
Jinan 55
Westminster 55
Houston 54
Lauterbourg 54
Padova 52
Cambridge 49
Helsinki 48
Tokyo 46
Medford 44
Berlin 41
Abidjan 38
Hefei 38
Guangzhou 36
Mülheim 35
Changsha 33
Shenyang 33
Amman 31
Saint Petersburg 30
Buffalo 28
Mahé 27
Bologna 23
Tianjin 23
Dallas 22
Frankfurt am Main 22
Nanchang 22
Des Moines 20
Milan 20
New York 20
Haikou 17
Hangzhou 17
Pune 17
Shanghai 17
Sofia 17
Hebei 16
Da Nang 15
San Diego 15
Haiphong 14
Lomé 14
Zhengzhou 14
Brussels 13
Dearborn 13
Lanzhou 13
Yubileyny 13
Falls Church 12
Shenzhen 11
Falkenstein 10
Paris 10
Redondo Beach 10
Redwood City 10
Seoul 10
Brooklyn 9
Jiaxing 9
Ningbo 9
Phoenix 9
The Dalles 9
Toronto 9
Verona 9
Atlanta 8
Olalla 8
São Paulo 8
Ardabil 7
Hải Dương 7
Taiyuan 7
Taizhou 7
Thái Nguyên 7
Wuhan 7
Biên Hòa 6
Boston 6
Bühl 6
Fuzhou 6
Monmouth Junction 6
Ravenna 6
Bangkok 5
Bern 5
Bắc Ninh 5
Can Tho 5
Chengdu 5
Totale 5.242
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Nome #
A cascade mechanism for a simple reaction: The gas-phase methylation of phenol with methanol 279
Catalytic methylation of phenol on MgO – Surface chemistry and mechanism 238
The balance of acid, basic and redox sites in Mg/Me-mixed oxides: The effect on catalytic performance in the gas-phase alkylation of m-cresol with methanol 210
A comparison of the reaction mechanism for the gas-phase methylation of phenol with methanol catalyzed by acid and by basic catalysts 204
A reactivity and computational study of the basic-catalyzed methylation of phenol with methanol 200
A two-step process for the synthesis of hydroxytyrosol 198
A redox approach for the production of H2 b y two-step methanol reforming 194
A redox cycle approach for the production of H2 by two-step methanol reforming 194
The transformations involving methanol in the acid- and base-catalyzed gas-phase methylation of phenol 191
A comparison of the reaction mechanism in acid- and base-catalyzed gas-phase methylation of phenol 190
A comparison of catalytic performance of acid and basic systems in phenol methylation: a reactivity and computational approach 189
Mg/Ga mixed-oxide catalysts for phenol methylation: Outstanding performance in 2,4,6-trimethylphenol synthesis with co-feeding of water 189
Zeolite catalysts for phenol benzoylation with benzoic acid: Exploring the synthesis of hydroxybenzophenones 188
A study of the mechanism of gas-phase phenol methylation with basic catalysts 186
Gas-phase phenol methylation over Mg/Me/O (Me = Al, Cr, Fe) catalysts: mechanistic implications due to different acid–base and dehydrogenating properties 186
A study of the mechanism of gas-phase phenol methylation with acid and basic catalysts 182
A cycle redox approach for the production of H2 by methanol reforming over Co/Fe spinel-type mixed oxides: the role of spinel crystallinity on reactivity 178
A new domino-type mechanism for a classical reaction: the gas-phase phenol methylation 178
A study of the mechanism of gas-phase phenol methylation with acid and basic catalysts 177
A redox cycle approach for the production of H2 by methanol reforming 168
A study of the reaction mechanism in the gas-phase methylation of phenol: a comparison between acid and basic catalysis 167
IR spectroscopic and catalytic characterization of the acidity of imogolite-based systems 162
A redox cycle approach for the production of H2, by two-step methanol reforming 159
A redox cycle approach for the production of H2 by two-step methanol reforming 156
Mechanistic studies of the role of formaldehyde in the gas-phase methylation of phenol 155
“A study of the mechanism of gas-phase phenol methylation with acid and basic catalysts” 152
Methanol as the precursor oft the true electrophilic reactant in the multi-step methylation of phenolics catalysed by mixed metal oxides: superior performance of FeVO4 catalyst 150
A study of the mechanism of gas-phase phenol methylation with basic catalysts 148
Methylation of phenol over high-silica beta zeolite: Effect of zeolite acidity and crystal size on catalyst behaviour 147
The environmental benign, liquid-phase benzoylation of phenol catalyzed by H-b zeolite 145
Study of the acidic properties of imogolite-based systems 143
A study of the mechanism of gas-phase phenol methylation with acid and basic catalysts 143
Basic mixed oxides for gas-phase phenol methylation: the role of catalyst composition in the reaction mechanism 142
A redox cyclic approach for the production of H2 by two-step methanol reforming 139
On the mechanism of gas-phase methylation of phenol catalysed by MgO: a combined computational, in-situ spectroscopic and reactivity approach 139
A redox cycle approach for the production of H2 by two-step methanol reforming 138
Effect of crystal size on catalytic behaviour og high-silica H-beta zeolites 135
Methylation of phenol with methanol over high-silica beta zeolite: the effect of zeolite characteristics on catalytic performance 133
Methylation of phenol with methanol over high-silica beta zeolite. Effect of zeolite acidity and crystal size on catalyst behaviour 133
Water splitting con riduzione chimica: studio delle proprieta’ catalitiche di ossidi misti con struttura spinello 129
The mechanism of the gas-phase phenol methylation with basic catalysts 129
Phenol methylation over nanoparticulate CoFe2O4 inverse spinel catalysts: The effect of morphology on catalytic performance 127
Surface and catalytic properties of imogolite nanotube 122
Gas-phase phenol methylation opver Mg/Me/O (Me=Al, Cr, Fe) catalysts: mechanistic implications due to different acid-base and dehydrogenating properties 121
Environmentally friendly, heterogeneous acid and base catalysis for the methylation of phenol and 1,2-diphenol 121
On the mechanism of gas-phase methylation of phenol catalyzed by MgO: a combined computational, in-situ spectroscopic and reactivity approach 120
The use of bi-functional Mg/Me mixed oxides in the reaction of phenol methylation 119
FT-IR and catalytic characterization of the acidity of imogolite-based systems 118
Surface and catalytic properties of imogolite nanotube 114
Methylation of phenol over high-silica H-BEA zeolites. Effect of catalyst characteristics on catalytic performance 113
The use of bi-functional Mg/Fe mixed oxides in the reaction of phenol methylation 113
The effect of crystalite size on the catalytic performance of spinel-type mixed oxides in phenol methylation 113
“Low temperature two-step process for hydrogen production” 111
Study of a reaction mechanism: the reaction of phenol methylation on bi-functional Mg/Me mixed oxides 108
FT-IR and catalytic characterization of the acidity of Imogolite-based systems 104
Totale 8.587
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Categoria #
all - tutte 21.485
article - articoli 0
book - libri 0
conference - conferenze 0
curatela - curatele 0
other - altro 0
patent - brevetti 0
selected - selezionate 0
volume - volumi 0
Totale 21.485
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Totale Lug Ago Sett Ott Nov Dic Gen Feb Mar Apr Mag Giu
2021/2022714 0 47 39 60 96 60 17 44 29 10 119 193
2022/2023934 99 151 58 108 46 62 19 35 188 39 94 35
2023/2024288 14 45 16 43 34 77 16 7 2 13 1 20
2024/20251.180 32 221 81 64 273 92 68 28 12 48 39 222
2025/20262.424 88 177 209 119 344 173 164 98 619 204 91 138
2026/2027132 48 84 0 0 0 0 0 0 0 0 0 0
Totale 8.587