Efektifitas Pelatihan Pengenalan Diri Terhadap Peningkatan Penerimaan Diri Dan Harga Diri

The present research, based on Johary window's concept, was designed to test the hypothesis that self-knowledge training effective to the increased self-acceptance and self-esteem score's subjects.The research design was pre-test post-test control group design. Thirty-four subjects participated and divided into two group, one experiment group and one control group. The groups filled out 2 scales, self-acceptance and self-esteem scales before (pre-test) and after (post-test) training. Result showed that self-acceptance and self-esteem scores of subjects in the experiment group are higher than the control group. The self-knowledge training effectively increased self-acceptance and self-esteem subjects

The Debris Particles Analysis of Rsg Gas Coolant to Anticipate Sediment Induced Corrosion

THE DEBRIS PARTICLES ANALYSIS OF RSG-GAS COOLANT TO ANTICIPATE SEDIMENT-INDUCED CORROSION. The reliability of the structures, systems and components (SSC) of the G.A. Siwabessy Multipurpose Research Reactor (RSG-GAS) should be maintained to keep the reactor operates safely. Chemical control and management of coolant is one factor which determines the SSC's reliability. The debris sedimentation in the primary coolant system must be examined. Debris occurs in the reactor pool, originating from airborne dust from the engineering hall. Several elements contained by the sediment can induce corrosion. This research was conducted to identify the trace elements which were contained in the sediments and determine their concentrations. The objective was to anticipate the occurrence of galvanic and pitting corrosion due to the presence of elements which are more noble than aluminum. The measurement methodology is Neutron Activation Analysis (NAA). Two groups of samples were analyzed; the first group was sampled from the debris trapped in the mechanical filter after the resin column, or known as the resin trap, and second was sampled from the debris which adhered to the heat exchanger tube. The primary coolant debris analysis showed that the neutron-activated sediment contained Na-24, Na-25, Al-28, Mg-27, Cr-51, Mn-54, Mn-56, Co-58, Co-60, Ni-65, and Fe-59. The Mn, Cr, Co, Ni, and Fe are more noble than aluminum can induce galvanic corrosion while Na, Ba, Al, and Mg are not. The radionuclides contained by the result of neutron activation of sediment from the heat exchanger tube are Mn-56, Na-24, As-76, Br-82, Fe-59, Zn-65, Cr-51, La-140, and Sc-46 which are mostly carbon steel corrosion products. Those elements do not initiate galvanic corrosion. The prevention of galvanic corrosion can be done by periodic maintenance