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j 9 ‡c  f N [184 2016 NAnalysis and Suggestions on the HFC-23 Abatement Policy in ChinaForeign Economic Cooperation Office, Ministry of Environmental Protection, Beijing 100035, ChinaAbstract Analysis on the emission reductions verification reports indicates the policy brought about 60.78 MtCO2e HFC-23 emission reductions in 2014, covering 21.7 of the accumulated HFCs emission reductions targetduring the 12th Five-Year Plan. Suggestions on monitoring ology, policy design and follow-up monitor emission reductions; operation subsidiesLiu Kan, Zheng Wenru, Li Yijie[4][3][5][6][7] , 2014, 24 11 13-15   TT F[  . T F[P2G 8[ ˜*N2UZ   [2015]1189} [A/OL]. 2015 [2015-11-08]. http// , 
j . T ˜œ[D ut [J].  ˜ , 2014 3 6-10b ,  ,  ,  . T˜œ HFC-23 i ‡ / t[J]. N [ , 2013, 9 2 139-143UNFCCC. AM0001 decomposition of fluoro HFC-23 wastestreams [EB/OL]. 2011 [2015-11-08]. http//cdm.unfccc.int/ologies/DB/GAOZAY2DWIQHK71LJS027N6N4AV6SCcƒ , 6p ,  ,  . ˜ K›
HFC-23
 [J].  [ , 2014, 33 2 483-492– JEIPCC. IPCC/TEAP special report on safeguarding the ozone layer andthe global climate system issues related to hydrohalocarbons andperhalocarbons [R]. Montreal UNEP, 2007 .    T NRT F‘Z [M/OL].  T 7 , 2013 [2015-11-08]. http// F[ Œ N . \  N i ‡ i ‡ ™t„W [EB/OL]. 2015 [2015-11-08]. http// , “ ,  j6 . T™œe j 9 i ‡ 0  [M].  T  , 2014 184-185Fang X, Miller B R, Su S, et al. Historical emissions of HFC-23 CHF3in China and projections upon policy options by 2050 [J]. EnvironmentalScience Technology, 2014, 48 7 4056-4062 , b , p ,  . ˜ K› i ‡ Wœ t [J]. T h
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