A. Gundjian

发表

Infrared two-dimensional acoustooptic deflector using a tellurium crystal.

D. Souilhac, D. Billerey, A. Gundjian, 1990, Applied optics.

Photon drag and other emfs induced in tellurium by a TEA CO2 laser

A. Gundjian, G. Ribakovs, 1974 .

An optical homodyne technique for measurement of amplitude and phase of subangstrom ultrasonic vibrations

S. Sizgoric, A. Gundjian, 1969 .

First‐order Raman coefficient as related to elasto‐optic, linear electro‐optic, and second‐harmonic‐generation coefficients in zinc‐blende crystals

S. C. Varshney, A. Gundjian, 1981 .

Internal strain and piezoelectricity in zincblende crystals

S. C. Varshney, A. Gundjian, 1978 .

Acousto-Optic Light Deflection for the Co 2 Laser in Optically Active Tellurium

D. Souilhac, A. Gundjian, E. Adler, 1982 .

CO2 laser ablated BiSrCaCuO superconducting thin films

I. Shih, A. Gundjian, A. Li, 1993 .

Specific heat of bone

A. Gundjian, H. L. Chen, A. A. Gundjian, 1976, Medical and biological engineering.

Measurement and theoretical confirmation of Xe-enhanced CO(2)-laser output power levels.

D. Souilhac, A. Gundjian, 1981, Applied optics.

Photoelastic tensor of tellurium.

D. Souilhac, A. Gundjian, D. Billeret, 1989, Applied optics.

Carbon dioxide laser stabilization by optoacoustic tracking of an SF(6) Lamb dip.

D. Souilhac, A. Gundjian, 1982, Applied Optics.