Lidar monitoring of regions of intense backscatter with poorly defined boundaries

enthalten in: Applied optics | 2011

von Kovalev, V. | Petkov, A. | Wold, C. | +1

Determination of smoke plume and layer heights using scanning lidar data

enthalten in: Applied optics | 2009

von Kovalev, V. | Petkov, A. | Wold, C. | +2

Alternative method for determining the constant offset in lidar signal

enthalten in: Applied optics | 2009

von Kovalev, V. | Wold, C. | Petkov, A. | +1

Determination of the particulate extinction-coefficient profile and the column-integrated lidar ratios using the backscatter-coefficient and optical-depth profiles

enthalten in: Applied optics | 2007

von Kovalev, V. | Hao, W. | Wold, C.

Experimental method for the examination of systematic distortions in lidar data

enthalten in: Applied optics | 2007

von Kovalev, V. | Hao, W. | Wold, C. | +1

Determination of slope in lidar data using a duplicate of the inverted function

enthalten in: Applied optics | 2006

von Kovalev, V.

Simple algorithm to determine the near-edge smoke boundaries with scanning lidar

enthalten in: Applied optics | 2005

von Kovalev, V. | Newton, J. | Wold, C. | +1

Distortions of the extinction coefficient profile caused by systematic errors in lidar data

enthalten in: Applied optics | 2004

von Kovalev, V.

Calibration method for multiangle lidar measurements

enthalten in: Applied optics | 2004

von Pahlow, M. | Kovalev, V. | Parlange, M.

Near-end solution for lidar signals that includes a multiple-scattering component

enthalten in: Applied optics | 2003

von Kovalev, V.