5 Tsing Ma 1377 m Hiina (Hong Kong) 1997 6 Verrazano Narrows 1298 m USA 1964 7 Golden Gate 1280 m USA 1937 8 Hoga Kusten 1210 m Rootsi 1997 9 Mackinac 1158 m USA 1957 10 Minami Bisan-Seto 1100 m Jaapan 1988 Eestis on rippsildu võrreldes teiste sillatüüpidega suhteliselt vähe ehitatud. Eesti rippsillad on mõeldud tavaliselt jalakäijatele. Seevastu maailmas aga eelistatakse rippsildu sageli just suurte autoteedena (Ammas 1997). Kuulsaim sild Eestis on 1931. aastal Viljandi lossimägedesse paigaldatud rippsild (Vikipeedia, Viljandi rippsild). Lisaks leidub rippsildu
· Hodogaya-ku () · Isogo-ku () · Izumi-ku () · Kanagawa-ku () · Kanazawa-ku () · Khoku-ku () · Knan-ku () · Midori-ku () · Minami-ku () · Naka-ku () · Nishi-ku () · Sakae-ku () · Seya-ku () · Totsuka-ku () · Tsurumi-ku () · Tsuzuki-ku () RAHVUSVAHELISED ORGANISATSIOONID EA (International Energy Agency)
embassies, this new code—called the INGO DENPO ("hidden word") code — was intended for a less critical situation. It seems to have been arranged at the request of the consul in Singapore in case code but not plain language telegrams were prohibited. It set up such equivalences as ARIMURA = code communications prohibited; HATTORI = relations between Japan and (name of country) are not in accordance with expectation;3 KODAMA = Japan; KUBOTA = U.S.S.R.; MINAMI =U.S.A.; and so on. "In order to distinguish these cables from others," Tokyo said, "the English word STOP will be added at the end as an indicator. (The Japanese word OWARI [end] will not be used.)" The next day, November 28, the Navy cracked the transposition for the J19 message of nine days earlier and learned of the winds code arrangement. The cryptanalytic agencies saw at once that this arrangement, which dispensed with the entire routine of coding, cabling,
Swartz, R. L. by skeletal muscle-specific calpain, p94/calpain 3. Russell, and M. E. Hoenecke. 1990. Beef tenderness Journal of Biological Chemistry 279:2761–2771. and sarcomere length. Meat Science 28:349– Ouali, A. 1990. Meat tenderization: Possible causes and 363. mechanisms. Journal of Muscle Foods 1:129–165. Sorimachi, H., S. Ohmi, Y. Emori, H. Kawasaki, T. C. Ouali, A. 1992. Proteolytic and physicochemical mecha- Saido, S. Ohno, Y. Minami, and K. Suzuki. 1990. A nisms involved in meat texture development. novel member of the calcium-dependent cysteine pro- Biochimie 74:251–265. tease family. Biological Chemistry Hoppe-Seyler Ouali, A., X. Vignon, and M. Bonnet. 1991. Osmotic 371:171–176. pressure changes in postmortem muscles: Factors of Sorimachi, H., and K. Suzuki. 2001. The structure of variation and possible causative agents
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