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Saeed Yazdani
Saeed Yazdani
ETC, Ph.D., Purdue University
Verified email at purdue.edu
Title
Cited by
Cited by
Year
Model for gold nanoparticle synthesis: Effect of pH and reaction time
S Yazdani, A Daneshkhah, A Diwate, H Patel, J Smith, O Reul, R Cheng, ...
ACS omega 6 (26), 16847-16853, 2021
432021
The utility and risks of therapeutic nanotechnology in the retina
M Scheive, S Yazdani, AR Hajrasouliha
Therapeutic advances in ophthalmology 13, 25158414211003381, 2021
162021
The influence of the substrate on the functionality of spin crossover molecular materials
S Yazdani, J Phillips, TK Ekanayaka, R Cheng, PA Dowben
Molecules 28 (9), 3735, 2023
122023
The effect of inhomogeneous broadening on characteristics of three-state lasing InGaAs/GaAs quantum dot lasers
A Shafieenezhad, E Rajaei, S Yazdani
International Journal of Scientific Engineering and Technology 3 (3), 297-301, 2014
112014
Magnetic field perturbations to a soft x-ray-activated Fe (II) molecular spin state transition
G Hao, AT N’Diaye, TK Ekanayaka, AS Dale, X Jiang, E Mishra, ...
Magnetochemistry 7 (10), 135, 2021
92021
Evidence of dynamical effects and critical field in a cobalt spin crossover complex
TK Ekanayaka, P Wang, S Yazdani, JP Phillips, E Mishra, AS Dale, ...
Chemical Communications 58 (5), 661-664, 2022
62022
Evidence of dynamical effects and critical field in a cobalt spin crossover complex
TK Ekanayaka, P Wang, S Yazdani, JP Phillips, E Mishra, AS Dale, ...
Chemical Communications 58 (5), 661-664, 2022
62022
A high sensitivity custom-built vibrating sample magnetometer
JP Phillips, S Yazdani, W Highland, R Cheng
Magnetochemistry 8 (8), 84, 2022
52022
Perturbing the spin state and conduction of Fe (II) spin crossover complexes with TCNQ
TK Ekanayaka, Ö Üngör, Y Hu, E Mishra, JP Phillips, AS Dale, S Yazdani, ...
Materials Chemistry and Physics 296, 127276, 2023
32023
Perturbing the spin state and conduction of Fe (II) spin crossover complexes with TCNQ
TK Ekanayaka, Ö Üngör, Y Hu, E Mishra, JP Phillips, AS Dale, S Yazdani, ...
Materials Chemistry and Physics 296, 127276, 2023
32023
Optimizing InAs/InP (113) B Quantum Dot Lasers with Considering Mutual Effects of Coverage Factor and Cavity Length on Two-State Lasing
AS S Yazdani, E Rajaei
IJER 3 (3), 172-176, 2014
3*2014
Optical characterization of isothermal spin state switching in an Fe (II) spin crossover molecular and polymer ferroelectric bilayer
S Yazdani, K Collier, G Yang, J Phillips, A Dale, A Mosey, S Grocki, ...
Journal of Physics: Condensed Matter 35 (36), 365401, 2023
22023
Study of the Long-Range Exchange Coupling in Nd-Fe-B/Ti/Fe Multilayered Structure
S Yazdani, J Phillips, A Mosey, T Bsaibes, R Decca, R Cheng
Crystals 14 (2), 119, 2024
12024
Study of the Long-Range Exchange Coupling in Nd-Fe-B/Ti/Fe Multilayered Structure
S Yazdani, J Phillips, A Mosey, T Bsaibes, R Decca, R Cheng
Crystals 14 (2), 119, 2024
12024
Electronic structure of cobalt valence tautomeric molecules in different environments
E Mishra, TK Ekanayaka, T Panagiotakopoulos, D Le, TS Rahman, ...
Nanoscale 15 (5), 2044-2053, 2023
12023
Spectroscopy study of isothermal spin state switching in a Fe (II) spin crossover molecular thin film
S Yazdani, K Collier, G Yang, J Phillips, A Dale, S Grocki, J Zhang, ...
Preprints, 2022
12022
Impact of gain compression on modulation response and dynamic properties of three state lasing InGaAs/GaAs quantum dot lasers
A Shafieenezhad, E Rajaei, S Yazdani
Optics and Spectroscopy 120, 639-645, 2016
12016
Direct observation of the magnetic anisotropy of an Fe (II) spin crossover molecular thin film
AS Dale, S Yazdani, TK Ekanayaka, E Mishra, Y Hu, PA Dowben, ...
Journal of Physics: Materials 6 (3), 035010, 2023
2023
Study of the Spin Crossover Molecular Thin Films and Magnetic Multilayered Thin Films
S Yazdani
Purdue University Graduate School, 2023
2023
An Electrical Conductance Study of the Spin State Switching Behavior of [Co(SQ)(Cat)(3-tpp)2] Spin Crossover Molecular Thin Films
J Soruco, JS Team, JP Team, SY Team, RC Team, VA Team
APS March Meeting Abstracts 2023, F32. 014, 2023
2023
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