Abstract
The objective of the present work is to prepare the foundation of hi-tech ceramics fabrication technologies through developing important processes i.e., tape casting, sol-gel, single crystal growing, compacting and sintering, and grinding and machining processes. Tape casting process is essential to manufacture hard and functional thin plates and structural elements for some composite materials. For the fabrication of spherical mono-sized micropowders of oxides, sol-gel process has widely been used. Piezoelectric elements that are the core parts of the sensors of LPMS (loose part monitoring system) and ALMS (acoustic leakage monitoring system) are used in single crystal forms. Compacting and sintering processes are general methods for fabricating structural parts using powders. Grinding and machining processes are important to achieve the final dimensions and surface properties of the parts. (Author).
Kang, Thae Kap;
Park, Ji Youn;
Kim, Sun Jae;
Kim, Kyong Ho;
Jung, Choong Hwan;
Oh, Seok Jin
[1]
- Korea Atomic Energy Res. Inst., Taejon (Korea, Republic of)
Citation Formats
Kang, Thae Kap, Park, Ji Youn, Kim, Sun Jae, Kim, Kyong Ho, Jung, Choong Hwan, and Oh, Seok Jin.
Development of Hi-Tech ceramics fabrication technologies - Development of advanced nuclear materials.
Korea, Republic of: N. p.,
1994.
Web.
Kang, Thae Kap, Park, Ji Youn, Kim, Sun Jae, Kim, Kyong Ho, Jung, Choong Hwan, & Oh, Seok Jin.
Development of Hi-Tech ceramics fabrication technologies - Development of advanced nuclear materials.
Korea, Republic of.
Kang, Thae Kap, Park, Ji Youn, Kim, Sun Jae, Kim, Kyong Ho, Jung, Choong Hwan, and Oh, Seok Jin.
1994.
"Development of Hi-Tech ceramics fabrication technologies - Development of advanced nuclear materials."
Korea, Republic of.
@misc{etde_10111286,
title = {Development of Hi-Tech ceramics fabrication technologies - Development of advanced nuclear materials}
author = {Kang, Thae Kap, Park, Ji Youn, Kim, Sun Jae, Kim, Kyong Ho, Jung, Choong Hwan, and Oh, Seok Jin}
abstractNote = {The objective of the present work is to prepare the foundation of hi-tech ceramics fabrication technologies through developing important processes i.e., tape casting, sol-gel, single crystal growing, compacting and sintering, and grinding and machining processes. Tape casting process is essential to manufacture hard and functional thin plates and structural elements for some composite materials. For the fabrication of spherical mono-sized micropowders of oxides, sol-gel process has widely been used. Piezoelectric elements that are the core parts of the sensors of LPMS (loose part monitoring system) and ALMS (acoustic leakage monitoring system) are used in single crystal forms. Compacting and sintering processes are general methods for fabricating structural parts using powders. Grinding and machining processes are important to achieve the final dimensions and surface properties of the parts. (Author).}
place = {Korea, Republic of}
year = {1994}
month = {Jul}
}
title = {Development of Hi-Tech ceramics fabrication technologies - Development of advanced nuclear materials}
author = {Kang, Thae Kap, Park, Ji Youn, Kim, Sun Jae, Kim, Kyong Ho, Jung, Choong Hwan, and Oh, Seok Jin}
abstractNote = {The objective of the present work is to prepare the foundation of hi-tech ceramics fabrication technologies through developing important processes i.e., tape casting, sol-gel, single crystal growing, compacting and sintering, and grinding and machining processes. Tape casting process is essential to manufacture hard and functional thin plates and structural elements for some composite materials. For the fabrication of spherical mono-sized micropowders of oxides, sol-gel process has widely been used. Piezoelectric elements that are the core parts of the sensors of LPMS (loose part monitoring system) and ALMS (acoustic leakage monitoring system) are used in single crystal forms. Compacting and sintering processes are general methods for fabricating structural parts using powders. Grinding and machining processes are important to achieve the final dimensions and surface properties of the parts. (Author).}
place = {Korea, Republic of}
year = {1994}
month = {Jul}
}