Vidwan-ID : 596857

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Academic Identity

Orcid Id 0000-0002-5433-0529
Scopus Id 7004831953
Google Scholar Id 7vrXJJkAAAAJ

Profile Links

Score criteria

Criteria	Point
Personal Details	1
Expertise Details	1
Experience Details	1
Qualification Details	1
Employee ID	0.2
Orcid ID	0.2
Researcher ID	0.2
Scopus ID	0.2
Google Scholar ID	0.2
Honours <=3< /td>	0.3
Honours >3	0.5
Project worth less than Rs.5,00,000/-	0.2
Project worth more than Rs.5,00,000/-	0.5
Membership in professional Bodies < 5	0.5
Membership in professional bodies >=5	1
No of publications <=15	1
No of publications between 15-45	2
No of publications >45	3

Vidwan Score 8.7

46 Articles

2 Books

1 Projects

3 Awards

Prof Manohar Basude

Professor

Osmania University

Publications

46

Journal Articles
2

Book
1

Projects
3

Awards
19

Citations / H-Index

277 Citations

9 h-index

306 Citations

Google Scholar

Co-author Network

Expertise

Physical Chemistry

catalysis

Personal Information

Prof Manohar Basude

1965 Male

Department Of Chemistry Osmania University, Amberpet, Hyderabad, Telangana, India

Hyderabad, Telangana, India - 500007

Experience in Months

Academic: 10 Administrative: 0 Industry: 0

Experience

2013 - Present

Professor

Chemistry

Osmania University, Hyderabad

Qualification

1996

M.Sc Ph.D

Osmania University

Honours and Awards

1996

Research associate at Indian Institute of Chemical Technology

CSIR

1995

Post Doctoral Fellow

Post-doctoral research Fellow at University P.et.M. Curie, Paris from April 1995 to March 1996

1990

Junior Research Fellow

UGC

1996

Research associate at Indian Institute of Chemical Technology

CSIR

1995

Post Doctoral Fellow

Post-doctoral research Fellow at University P.et.M. Curie, Paris from April 1995 to March 1996

1990

Junior Research Fellow

UGC

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Doctoral Theses Guided

2022

SYNTHESIS, CHARACTERIZATION STUDIES OF NOVEL DOPED BINARY TRANSITION METAL OXIDE-BASED NANO COMPOSITES AND ITS POTENTIAL APPLICATIONS

Osmania University,Keshavulu M

2022

SYNTHESIS, CHARACTERIZATION STUDIES OF NOVEL DOPED BINARY TRANSITION METAL OXIDE-BASED NANO COMPOSITES AND ITS POTENTIAL APPLICATIONS

Osmania University,Keshavulu M

Read Less

Membership In Professional Bodies

2023

Head, Department of Chemistry, OU

Head

2020

Faculty of Science, Satavahana University

Dean,

2023

Head, Department of Chemistry, OU

Head

2020

Faculty of Science, Satavahana University

Dean,

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Membership In Committees

1997

BOS, Dept of Chemistry

member

1997

BOS, Dept of Chemistry

member

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Research Projects

Designing novel green zinc and zirconia based nano composite oxide solid catalysts for organic transformations and synthesis of fine chemicals

Funding Agency : UGC

Designing novel green zinc and zirconia based nano composite oxide solid catalysts for organic transformations and synthesis of fine chemicals

Funding Agency : UGC

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Patents

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Vidwan-ID : 596857

Academic Identity

Profile Links

Score criteria

Vidwan Score 8.7

Prof Manohar Basude

Publications

Journal Articles

Book

Projects

Awards

Citations / H-Index

Google Scholar

Co-author Network

Publications - 51 Co-author - 253

Expertise

Physical Chemistry

catalysis

Personal Information

Prof Manohar Basude

Experience in Months

Experience

Professor

Qualification

M.Sc Ph.D

Honours and Awards

Research associate at Indian Institute of Chemical Technology

Post Doctoral Fellow

Junior Research Fellow

Research associate at Indian Institute of Chemical Technology

Post Doctoral Fellow

Junior Research Fellow

Doctoral Theses Guided

SYNTHESIS, CHARACTERIZATION STUDIES OF NOVEL DOPED BINARY TRANSITION METAL OXIDE-BASED NANO COMPOSITES AND ITS POTENTIAL APPLICATIONS

SYNTHESIS, CHARACTERIZATION STUDIES OF NOVEL DOPED BINARY TRANSITION METAL OXIDE-BASED NANO COMPOSITES AND ITS POTENTIAL APPLICATIONS

Membership In Professional Bodies

Head, Department of Chemistry, OU

Faculty of Science, Satavahana University

Head, Department of Chemistry, OU

Faculty of Science, Satavahana University

Membership In Committees

BOS, Dept of Chemistry

BOS, Dept of Chemistry

Research Projects

Designing novel green zinc and zirconia based nano composite oxide solid catalysts for organic transformations and synthesis of fine chemicals

Funding Agency : UGC

Designing novel green zinc and zirconia based nano composite oxide solid catalysts for organic transformations and synthesis of fine chemicals

Funding Agency : UGC

Patents

A process for the preparation of a new catalyst useful for the preparation of 2-cyanopyrazine

B. Manohar

An improved process for the production of 2-cyanopyrazine.from 2-methylpyrazine.

B. Manohar

A process for the preparation of a new catalyst useful for the preparation of 2-cyanopyrazine

B. Manohar

An improved process for the production of 2-cyanopyrazine.from 2-methylpyrazine.

B. Manohar

Publications (51)

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