Abstract
This paper summarizes the Research Report No. 68 (November 1991) ``Developmental research on abrasion resistant materials`` as presented by the Inorganic Material Research Institute for the fiscal 1991 activities. This research, with an intention of developing novel materials for processing ceramics at high accuracy and efficiency, discusses elucidating the sintering mechanisms in diamond and cBN (cubic crystal boron nitride) and synthesizing conditions and cutting tool characteristics used for sintered bodies. The research clarified infiltrating behavior of Co working as an auxiliary sintering agent in the infiltration process utilized to synthesize diamond sinters, as well as the effects of the working conditions and the ultrafine joint structure. The research also synthesized successfully uniform and dense sinters using additives in the form of an ultrafine diamond particle with a size of 1{mu}m or less, as well as BN sinters without auxiliary sintering agents, proving the possibility as new tool materials. Additionally, other tests on the characteristics of these cutting tools provided valuable knowledges and information.
Citation Formats
None.
Developmental research on ultra abrasion-resistant materials; Chotaimamosei zairyo no kaihatsu kenkyu.
Japan: N. p.,
1991.
Web.
None.
Developmental research on ultra abrasion-resistant materials; Chotaimamosei zairyo no kaihatsu kenkyu.
Japan.
None.
1991.
"Developmental research on ultra abrasion-resistant materials; Chotaimamosei zairyo no kaihatsu kenkyu."
Japan.
@misc{etde_10153778,
title = {Developmental research on ultra abrasion-resistant materials; Chotaimamosei zairyo no kaihatsu kenkyu}
author = {None}
abstractNote = {This paper summarizes the Research Report No. 68 (November 1991) ``Developmental research on abrasion resistant materials`` as presented by the Inorganic Material Research Institute for the fiscal 1991 activities. This research, with an intention of developing novel materials for processing ceramics at high accuracy and efficiency, discusses elucidating the sintering mechanisms in diamond and cBN (cubic crystal boron nitride) and synthesizing conditions and cutting tool characteristics used for sintered bodies. The research clarified infiltrating behavior of Co working as an auxiliary sintering agent in the infiltration process utilized to synthesize diamond sinters, as well as the effects of the working conditions and the ultrafine joint structure. The research also synthesized successfully uniform and dense sinters using additives in the form of an ultrafine diamond particle with a size of 1{mu}m or less, as well as BN sinters without auxiliary sintering agents, proving the possibility as new tool materials. Additionally, other tests on the characteristics of these cutting tools provided valuable knowledges and information.}
place = {Japan}
year = {1991}
month = {Nov}
}
title = {Developmental research on ultra abrasion-resistant materials; Chotaimamosei zairyo no kaihatsu kenkyu}
author = {None}
abstractNote = {This paper summarizes the Research Report No. 68 (November 1991) ``Developmental research on abrasion resistant materials`` as presented by the Inorganic Material Research Institute for the fiscal 1991 activities. This research, with an intention of developing novel materials for processing ceramics at high accuracy and efficiency, discusses elucidating the sintering mechanisms in diamond and cBN (cubic crystal boron nitride) and synthesizing conditions and cutting tool characteristics used for sintered bodies. The research clarified infiltrating behavior of Co working as an auxiliary sintering agent in the infiltration process utilized to synthesize diamond sinters, as well as the effects of the working conditions and the ultrafine joint structure. The research also synthesized successfully uniform and dense sinters using additives in the form of an ultrafine diamond particle with a size of 1{mu}m or less, as well as BN sinters without auxiliary sintering agents, proving the possibility as new tool materials. Additionally, other tests on the characteristics of these cutting tools provided valuable knowledges and information.}
place = {Japan}
year = {1991}
month = {Nov}
}