|
RU2671439C1
|
|
System of emergency evacuation of cosmonauts in an emergency situation during their boarding onto a spaceship
|
|
RU2671377C1
|
|
Method of increasing stability of scale factor of fiber optic gyroscope
|
|
RU2676944C1
|
|
Small-size angular velocity vector meter on the basis of a fiber-optic gyroscope
|
|
RU2668447C1
|
|
Method of gasification of solid fuel and device for its implementation
|
|
RU2663144C1
|
|
Method of gasification of solid fuel and device for its implementation
|
|
RU2662440C1
|
|
Method of gasification of solid fuel and device for its implementation
|
|
RU2627020C1
|
|
Method for improving accuracy of fiber-optic gyroscopes under vibration influence
|
|
RU2620933C1
|
|
Fiber optic gyroscope with a large dynamic range of measurement of angular speeds
|
|
RU2627015C1
|
|
Way to improve the accuracy of compensation of parasitic effects in integrated-optical phase modulators of fiber-optic gyroscopes
|
|
RU2627018C1
|
|
Radiation-resistant single-mode light guide with large linear birefringence for fiber-optic gyroscope
|
|
RU2631450C1
|
|
Method of producing electricity from substandard fuel biomass and device for its implementation
|
|
RU2631808C2
|
|
Method of gasifying fuel biomass and device for its implementation
|
|
RU2631811C2
|
|
Method of gasifying fuel biomass and device for its implementation
|
|
RU2631812C2
|
|
Method of gasifying fuel biomass and device for its implementation
|
|
RU2610747C1
|
|
Rotary-to-linear motion converter
|
