Vidvan Image

Dr Ummar Pasha Shaik

vidwan id: 477555
Male

Assistant Professor, Department of Humanities and Sciences
Anurag Engineering College (2nd Shift Polytechnic) (Id: S-16567)

Expertise

  • Applied Physics

Publications

Total Articles 11
Books 0
Proceedings 0

Publications

No publication activity to display at the moment.

Scopus

Citations 172
h-index 6

CrossRef

CrossRef Icon
Citations 114
h-index 5
Google Scholar

Loading Scholar statistics...

Professional Recognition

2012

Best Poster Award

FIP-2012

Community & Membership

No Data Found

There is currently nothing to display here.

Board of Studies

2016
Chairperson

Bio

Condensed Matter Physics

Personal Details

  • Male
  • Assistant Professor , Anurag Engineering College (2nd Shift Polytechnic) (Id: S-16567)
  • Anurag Engineering College
PhD
University of Hyderabad 2016
Assistant Professor Jul 2016 – Present
Anurag Engineering College (2nd Shift Polytechnic) (Id: S-16567) | Department of Humanities and Sciences

Related Profiles

Experts (3345+)

View All
Boyella

Mr Boyella Sreenivasa Reddy

Assistant Professor

Aman

Mr Aman Kumar

Assistant Professor

Manish Kumar

Dr Manish Kumar Vishwakarma

Assistant Professor

Monika

Dr Monika DL

Assistant Professor

Usha

Usha S

Assistant Professor

Prashant

Dr Prashant Athmakoori

Assistant Professor

Krishna

Dr Krishna Chandra Mishra

Assistant Professor

Sudipta

Ms Sudipta Chakrabarty

Assistant Professor

Eena

Dr Eena Bahan

Assistant Professor

Sunita

Ms Sunita Loohach

Assistant Professor

Organisations (137+)

View All
B

B Swetha

Associate Professor

Burra

Mr Burra Narsimha Rao

Assistant Professor

Boilla

Mr Boilla Srinu

Assistant Professor

Ayub

Mr Ayub Khan

Assistant Professor

Srilatha

Srilatha A

Assistant Professor

Buddarapu

Mr Buddarapu Anand Kumar

Assistant Professor

Banothu

Mr Banothu Govinda Rao

Assistant Professor

BHAVANI

Smt BHAVANI PITTA

Assistant Professor

kotta

Mr kotta Bikshapati

Assistant Professor

Shiva

Mr Shiva Krishna

Assistant Professor

Co-Authors (5)

Debarun Dhar

Dr Debarun Dhar Purkayastha

National Institute of Technology Nagaland

V.

Prof V. Madhurima

Central University of Tamil Nadu

Mahamad Ahamad

Dr Mahamad Ahamad Mohiddon

S R M University, Sonepat

Ghanashyam Krishna

Prof Ghanashyam Krishna Mamidipudi

University of Hyderabad

Venugopal Rao

Prof Venugopal Rao Soma

University of Hyderabad

Scholarly Work

No Data Found

There is currently nothing to display here.

No Data Found

There is currently nothing to display here.

A method of fabrication and characterization of transparent solar panels for mobile devices

Dr.T.ravindera
Engineering and Technology Patent No. : 11/2023 Filed : 28-02-2023
Published : 17-03-2023 Published

Scholarly Publications

Impact of Mo-Doping on the Structural, Optical, and Electrocatalytic Degradation of ZnO Nanoparticles: Novel Approach

Open Access
Article
Authors: Ganesh V.;Hussien M.S.A.;Shaik U.P.;Ade R.;Mohammed M.I.;AlAbdulaal T.H.;Zahran H.Y.;Yahia I.S.;Abdel-wahab M.S.

Visualizing the optical field strengths in Au/dielectric nanostructures and its correlation to SERS enhancements

Open Access
Conference Paper
Authors: Rajesh Y.;Sangani L.;Shaik U.;Gaur A.;Mohiddon M.;Krishna M.

Morphologically manipulated Ag/ZnO nanostructures as surface enhanced Raman scattering probes for explosives detection

Open Access
Article
Authors: Shaik U.P.;Hamad S.;Mohiddon M.A.;Soma V.R.;Ghanashyam Krishna M.

Low temperature growth of ZnO nanostructures on flexible polystyrene substrates for optical, photoluminescence and wettability applications

Open Access
Article

Ag-ZnO nanostructure for ANTA explosive molecule detection

Open Access
Conference Paper
Authors: Shaik U.;Sangani L.;Gaur A.;Mohiddon M.;Krishna M.

Nanostructured Zn and ZnO nanowire thin films for mechanical and self-cleaning applications

Open Access
Article

Morphological manipulation of the nonlinear optical response of ZnO thin films grown by thermal evaporation

Open Access
Article

Single step formation of indium and tin doped ZnO nanowires by thermal oxidation of indium-zinc and tin-zinc metal films: Growth and optical properties

Open Access
Article