|Total EVA time:||38h 30m|
|No.||Date||Together with||Time||Main tasks and notes|
|1||22.08.1997||A. Soloviyov||3h 16m||
Inspection of Spektr, repairing of cables
|2||20.10.1997||A. Soloviyov||6h 38m||
Replace of Spektr/MIR hatch
|3||03.11.1997||A. Soloviyov||6h 04m||
Demounting Kristall solar cell on Kvant1 module
|4||06.11.1997||A. Soloviyov||6h 17m||
Installation new solar cell on Kvant1 module
|5||09.01.1998||A. Soloviyov||3h 06m||
Recovery of experiments, inspection hatch Kvant2
|6||01.06.2006||J. Williams||6h 31m||
Installing a new hydrogen vent valve on the hull of the Zvezda Service Module to bypass a similar valve that is clogged; recovering a thruster residue collection device from Zvezda, retrieving a contamination monitoring device and a package of biology experiments and reposition a cable for a navigation antenna on the aft end of Zvezda; replacing a camera on the station's Mobile Base System
|7||19.04.2013||R. Romanenko||6h 38m||
They installed and connected the Obstanovka plasma wave experiment, a Russian investigation into space weather in Earths upper atmosphere. This task includes the planned jettison of two probe containers and a cable reel. They then removed a container from the Russian experiment Biorisk, which looks at the effects of microbial bacteria and fungus on structural materials used in spacecraft construction.
Russia and the U.S. define
differently. Russian cosmonauts are said to perform
they are in vacuum in a space suit. A U.S. astronaut must have at least his head outside
his spacecraft before he is said to perform an EVA.
In this table, we apply the Russian definition to Russian EVAs, and the U.S. definition to U.S.EVAs.