What will be interesting, is how the SZ-10 flight might be distinguished from SZ-9. They could push the duration out towards 20 days, or presumably longer if it flew with just a crew of two, although this would seem unlikely, but what else are they likely to do, on this mission?
consumables on board of TG-1 could support 60 "man-days" of manned occupation (i.e. 2 people for 30 days, or 3 people for 20 days). So, if the crew of SZ-9 stays on board of TG-1 for 10 days as planned, they would use up about half of the consumables of the station, leaving only 30 man-days of potential manned occupation (15 days for 2, or 10 days for 3 people).
Quote from: Zero-G on 06/19/2012 12:43 pmconsumables on board of TG-1 could support 60 "man-days" of manned occupation (i.e. 2 people for 30 days, or 3 people for 20 days). So, if the crew of SZ-9 stays on board of TG-1 for 10 days as planned, they would use up about half of the consumables of the station, leaving only 30 man-days of potential manned occupation (15 days for 2, or 10 days for 3 people).Are you certain that his 60 'man days' is cumulative? Is that not the maximum for each visit, after which the systems for regenerating oxygen, water etc, would need time to recover? Presumably food consumables are brought with each Shenzhou.Also, is there any capability to conduct EVA from the new Shenzhou design, which is ofcourse, not identical to SZ-7?
TG-1 has NO regenerating life supply system.
Also, the SZ-9 OM seems to be filled with additional equipment compared to SZ-7. There seems no be no room to store EVA suits, let alone donning it.Also, having the OM combine functions of toilet, kitchen, bedroom and airlock, may be a bit too much.
Quote from: apace on 06/19/2012 02:14 pmTG-1 has NO regenerating life supply system.Are you sure? Several reports have said it has.
Which reports? In the talks around the special coverage on CCTV they discussed this topic and told that they have no regenerating life supply system on TG-1, so the limited 60 man days. But they are working on such system and pointed to the two existing systems in the ISS (US and RUS) but not disclosed, which system they want to use for future missions.