[1] 1.Folk R L;Pittman JS Length-slow chalcedony:a new testment for vanished evaporites 1971(04)

2.Florke O W;Graetsch H;Martin B Nomenclature of micro-and non. crystalline siica minerals,based on structure and microstructure 1991

3.Heaney P J;Post J E The widespread distribution of a novel silica polymorph in microcrystalline quartz varoetoes 1992

4.Siedlecka A Length-slow chalcedony and relicts of sulphets-evidences of evaporitic environments inthe Upper Carboniferous and Permian beds of Bear Island, Svalbard 1972(04)

5.West I Vanished evaporites-significance of strontium minerals 1973(01)

6.Chowns T M;ElkinsJE The origin of quartz geodes and cauliflower cherts through the silicffication of anhydrite nodules 1974(03)

7.Tucker M E Replaced evaporites from the Precambrian of Finnmark,Arctic Norway 1976

8.Tucker M Quartz replaced anhyddte nodules ("Bristol Diam onds”)from the Triassic of the Bristol District 1976(06)

9.Millilen K L The silicified evaporites syndrome-two aspects of silici-fication history of former evaporite nsodules frcm southern Kentucky andnorthern Tennessee 1979(01)

10.Shukla V;Friedman GM Anunusual occurrence of surficial anhy-drite in a moist temperate zone:example from the Lockport Formation (Middle Silurian) of New York 1981

11.Elorza J;Rodriguez- Lazaro J Late Cretaceous Quartz geodes after anhydrite from Burgos,Spain1984(02)

12.Maliva R G Quartz Geodes: Early diagenetic silicified anhydrite nod-ules related to dokomitization 1987(06)

13.秦震重庆地区天青石型锶矿床成矿特征 1998(25)

14.Ross G M;Chiarenzelli J R Paleoclimatic significance of widespread Proterozoic silcretes in the Bear and Churchill Provinces of the northe-western Canadian Shield 1985(02)

15.Length-slow chalced onyinsedimentaryrocksoftheMeso-zoic allochthonous terrane in central Japan and its use for tectonic syn-thesis

16.JackaAD Replacement of fossils by length- slow chalcedony and as-sociated dolomitization1974(02)

17.Keene J B Chalcedonic quartz and occurrence of quartzine (length-slow chalcedny) in pelagic sediments 1983

18.StronRN;Upchurch S B;Rosenzweig A Paragenesis of "box-workGeodes”, Tampa Bay,Florida 1981

19.Fang YS;Yuan X Y Discovery of the chrysanthemum-shaped ce-lestite in the Perrnian carbonates ofPingxian-Leping Depression of Jiangxi Province 1991(36)

20.朱嗣昭;方邺森;袁旭音赣西湘东地区下二叠统称沉积中水玉髓的研究 1995

21.XuHF;BuseckPR;Luo G F HRTEM investigation of microstruc-tures in length-slow chalcedony 1998

22.沙庆安;吴望始;傅家谟黔桂地区二叠系综合研究-兼论含油气性.!!北京:科学出版社 1990

23.周怀玲;张振贤广西二叠纪的菊花石 1994(07)

24.颜佳新;杜远生冰川发育对赤道地区碳酸盐沉积环境和沉积作用的影响 1994(03)

25.颜佳新;方念乔湖北省栖霞组沉积环境,沉积旋回及层序地层划分 1994(19)

26.颜佳新;陈北岳;李思田鄂湘桂地区栖霞组古氧相分析与层序地层和海平面变化[期刊论文]-地质论评 1997(43)

27.颜佳新;徐四平;李方林湖北巴东栖霞组缺氧沉积环境的地球化学特征 1998(06)

28.颜佳新;赵锡文;杜远生利用群落古生态分析研究黄石地区栖霞组沉积环境 1996(16)

29.Ziegler A M;Gibbs M T;Barns WS Oceanic water masses in the Permian Period 1997

30.冯增昭中下扬子地区二叠纪岩相古地理 1991

31.颜佳新;伍明;李方林湖北省巴东栖霞组沉积成岩作用地球化学特征研究 1998(04)

32.Baker P A;Bloomer S H The origin of celestite in deep-sea car-bonate sediments[外文期刊] 1988(02)

33.Haffield CB Discussion: replacement of fossils by length- slow chal-cedony and associateddolmitization: by A D Jacka, J. Sed. Petrolo-gy, 44:421～427 1975

34.Folk R L Third-party reply to Hatfield: Disussion of Jacka A D,1974, Fossils by length-slow chalcedony and associated dolomitization:Sed. Petrology,44, 421～427 1975