Matakuliah Kimia Inti dan Radiokimia

[...] May 26, 2016

Kompetensi/Com­pe­ten­ci­es

Meng­u­a­sai seca­ra men­da­sar dan komp­re­hen­sif kon­sep-kon­sep radi­o­ak­ti­fi­tas, struk­tur inti, kine­tik pelu­ruh­an radi­o­ak­tif, tran­sfor­ma­si inti, detek­si dan kegu­na­an bah­an-bah­an radi­o­ak­tif, kes­ta­bil­an ter­mo­di­na­mik dari inti atom, reak­si fisi, reak­si fusi, lim­bah bah­an radi­o­ak­tif dan penanganannya/Mas­te­ring fun­da­men­ta­lly and comp­re­hen­si­ve­ly con­cep­ts of radi­o­a­cti­vi­ty, nucle­us stru­ctu­re, kine­ti­cs of radi­o­a­cti­ve decay, nucle­ar tran­sfor­ma­tions, dete­ction and uses of radi­o­a­cti­vi­ty, ther­mo­dyna­mic sta­bi­li­ty of the nucle­us, nucle­ar fis­sion, nucle­ar fusion, nucle­ar was­te and its han­dling.

Bah­an Kaji­an/Sub­je­ct Mat­ters

Kon­sep-kon­sep dasar kimia inti, struk­tur inti dan ikat­an anta­ra nukle­on dalam inti, pelu­ruh­an radi­o­ak­tif, kes­ta­bil­an inti, kine­ti­ka pelu­ruh­an radi­o­ak­tif, wak­tu sete­ngah umur, reak­si penem­bak­an, reak­si fisi, reak­si fusi, unsur-unsur tran­su­ra­ni­um, reak­tor atom, per­hi­tung­an-per­hi­tung­an hasil radi­a­si, radi­o­i­so­top dan kegu­na­an­nya, lim­bah bah­an radi­o­ak­tif dan penanganannya/Basic con­cep­ts of radi­o­a­cti­vi­ty, nucle­ar stru­ctu­re and bon­ding betwe­en nucle­on in the nuclei, radi­o­a­cti­ve decay, kine­ti­cs of radi­o­a­cti­ve decay, bom­ba­rdment rea­ction, fis­sion rea­ction, fusion rea­ction, tran­su­ra­ni­um ele­men­ts, ato­mic rea­ctor, calcu­la­tion of radi­a­tion pro­du­ct, radi­o­i­so­to­pes and the­ir use, nucle­ar was­te and its han­dling.

Tujuan/Obje­cti­ves

Mela­lui per­ku­li­ah­an, dis­ku­si, mema­ha­mi isi arti­kel jur­nal yang relev­an, dan penye­le­sa­i­an tugas, maha­sis­wa mema­ha­mi kon­sep-kon­sep dasar radi­o­ak­ti­fi­tas, struk­tur inti, kine­tik pelu­ruh­an radi­o­ak­tif, tran­sfor­ma­si inti, detek­si dan kegu­na­an bah­an-bah­an radi­o­ak­tif, kes­ta­bil­an ter­mo­di­na­mik dari inti atom, reak­si fisi, reak­si fusi, lim­bah bah­an radi­o­ak­tif dan penanganannya/Thro­u­gh lectu­re, discus­sion, comp­re­hend con­tent of rele­vant jour­nal arti­cles, and com­ple­tion of assig­nmen­ts, stu­den­ts unders­tand basic con­cep­ts of radi­o­a­cti­vi­ty, nucle­us stru­ctu­re, kine­ti­cs of radi­o­a­cti­ve decay, nucle­ar tran­sfor­ma­tions, dete­ction and uses of radi­o­a­cti­vi­ty, ther­mo­dyna­mic sta­bi­li­ty of the nucle­us, nucle­ar fis­sion, nucle­ar fusion, nucle­ar was­te and its han­dling.

Daf­tar Pustaka/Refe­ren­ces (ref krg br)

  1. Arni­kar, H.J. 1982. Essen­si­al of Nucle­ar Che­mis­try. New York: Wiley Eas­tern Limi­ted.
  2. Fri­e­dlan­der, dkk. 1982. Nucle­ar and Radi­o­che­mis­try, 4th Ed. New York: John Wiley & Sons
  3. Kay, Mc.. 1977. Prin­ci­ples of Radi­o­che­mis­try. Lon­don: But­ter­wor­ths.
  4. Suta­rdi, 1991: Kimia Inti dan Radi­o­ki­mia. Malang: Pener­bit IKIP Malang.
  5. Willi­ams. 1950. Prin­ci­ples of Nucle­ar Che­mis­try. New York: D. Van Nos­trand, Inc.
  6. Ycw­an. 1974. Fun­da­men­tals of Nucle­ar Sci­en­ce. New Del­hi: Wiley Eas­tern Pri­va­te lmt.

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