Open Access Articles- Top Results for KEIS
Journal of General PracticeThe Prognositic Significance of Serial Renal Function Measurements in Chronic Heart Failure
Journal of General PracticeThe Ascending Aorta Pseudoaneurysm with Myocardium Rupture Complicated with Prosthetic Valve Infective Endocarditis after Aortic Valve Replacement
Mycobacterial DiseasesCalcified Granulomatous Lung Lesions Contain Abundant Mycobacterium tuberculosis Components
Journal of AIDS & Clinical ResearchThe Impact of Nutrition on CD4+ Levels for HIV-positive Kenyan Adults
Journal of Gastrointestinal & Digestive SystemA Study of Gastric Cancer Cases with Liver Metastasis
Here are the valid ranges of bytes according to its encoding structure.
|Byte Range Purpose||Byte Range in Hexadecimal||Comment|
|single byte||41-F9||Includes graphic characters. Does not include unassigned characters nor ISO control characters.|
|full width space|| 40 40
|shift to single byte mode||0A 41|
|shift to double byte mode||0A 42|
|first byte of double byte||40, 41-FE|| A1-CF is the basic set. D0-FE is extended set 1. 59-80 is extended set 2. 81-A0 are user defined characters.|
Byte 40 is only valid when followed by byte 40.
|second byte of double byte||40, 41-FE||40 is only valid when preceded by byte 40. 0x40 0x40 makes the ideographic space character. Normally only A1-FE is used.|
- Lunde, Ken. CJKV Information Processing. Sebastopol, Calif.: O'Reilly & Associates, 1998. ISBN 1-56592-224-7. (Note that Appendix D has a typo for the hexadecimal ranges for KEIS. The decimal ranges were used for the encoding structure.)
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