statistiche ricercatore

Continente	#
AS - Asia	986
NA - Nord America	956
EU - Europa	748
SA - Sud America	180
Continente sconosciuto - Info sul continente non disponibili	52
AF - Africa	22
AN - Antartide	1
OC - Oceania	1
Totale	2.946

Nazione	#
US - Stati Uniti d'America	894
IT - Italia	285
VN - Vietnam	268
SG - Singapore	261
CN - Cina	180
RU - Federazione Russa	110
FR - Francia	77
KR - Corea	67
BR - Brasile	62
DE - Germania	56
HK - Hong Kong	55
IE - Irlanda	41
AR - Argentina	39
MX - Messico	35
BE - Belgio	32
FI - Finlandia	27
IN - India	25
BO - Bolivia	22
PE - Perù	21
GB - Regno Unito	19
CA - Canada	17
CL - Cile	17
ID - Indonesia	17
ES - Italia	16
IR - Iran	16
NL - Olanda	15
BD - Bangladesh	14
PH - Filippine	14
JP - Giappone	12
PT - Portogallo	12
TR - Turchia	11
BG - Bulgaria	9
AT - Austria	8
TW - Taiwan	8
CO - Colombia	7
JO - Giordania	7
MA - Marocco	7
PK - Pakistan	7
CH - Svizzera	6
PL - Polonia	6
NO - Norvegia	5
SE - Svezia	5
TH - Thailandia	5
UA - Ucraina	5
CZ - Repubblica Ceca	4
DK - Danimarca	4
EC - Ecuador	4
MY - Malesia	4
UY - Uruguay	4
CI - Costa d'Avorio	3
CR - Costa Rica	3
DO - Repubblica Dominicana	3
IQ - Iraq	3
KE - Kenya	3
TN - Tunisia	3
AZ - Azerbaigian	2
CD - Congo	2
CU - Cuba	2
DZ - Algeria	2
NP - Nepal	2
PY - Paraguay	2
SK - Slovacchia (Repubblica Slovacca)	2
UZ - Uzbekistan	2
VE - Venezuela	2
AE - Emirati Arabi Uniti	1
AL - Albania	1
AQ - Antartide	1
AU - Australia	1
CW - ???statistics.table.value.countryCode.CW???	1
GE - Georgia	1
GR - Grecia	1
MO - Macao, regione amministrativa speciale della Cina	1
OM - Oman	1
PA - Panama	1
PS - Palestinian Territory	1
RO - Romania	1
RS - Serbia	1
RW - Ruanda	1
SA - Arabia Saudita	1
SV - El Salvador	1
ZA - Sudafrica	1
Totale	2.895

Nome	#
Composite solid electrolytes toward safer Lithium-metal cells	393
Influencia de las condiciones de coprecipitación de NixMnyCoz(OH)2, utilizados como precursores en cátodos de baterías de ión litio [= Influence of coprecipitation condition of NixMnyCoz(OH)2, used as precursor in ion lithium batteries cathodes]	344
A modelling and experimental study on the co-precipitation of Ni0.8Mn0.1Co0.1(OH)2 as precursor for battery cathodes	304
Electrochemical performance optimization of NMC811 through the structure design of its precursor	290
Reduced Graphene Oxide Embedded with ZnS Nanoparticles as Catalytic Cathodic Material for Li-S Batteries	232
Towards safer post Li-ion technologies	224
Effect of the precursors morphologies on the electrochemical properties of NMC811	219
Influence of the mixing and synthesis conditions of the precursors of the NMC811 cathodes on their electrochemical performance	207
Designing a double-coated cathode with high entropy oxides by microwave-assisted hydrothermal synthesis for highly stable Li–S batteries	197
Coprecipitation of NixMnyCoz(OH)2 as precursor for ion lithium batteries: Influence of mixing and operating conditions	195
Synthesis and characterization of montmorillonite/polyaniline composites and its usage to modify a commercial separator	179
Development of a Modelling Framework for the Co-Precipitation of NMC Hydroxide as Precursor for Lithium Battery Cathodes	162
Totale	2.946

	Totale	Lug	Ago	Sett	Ott	Nov	Dic	Gen	Feb	Mar	Apr	Mag	Giu
2021/2022	195	0	0	1	4	1	4	33	16	9	7	27	93
2022/2023	264	15	33	25	34	22	42	18	24	22	4	7	18
2023/2024	354	34	45	24	31	38	44	7	27	15	8	47	34
2024/2025	610	27	38	15	85	57	34	54	51	73	44	62	70
2025/2026	1.429	99	73	139	74	71	59	213	115	265	188	71	62
2026/2027	38	27	11	0	0	0	0	0	0	0	0	0	0
Totale													2.946

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