# /var/www/slims9/lib/SearchEngine/SearchBiblioEngine.php:685^ "Engine ⚙️ : Idoalit\SlimsEnterprise\LibraryManagement\UlimsSearchEngine"
^ "SQL ⚒️"
^ array:2 [ "count" => "select count(sb.biblio_id) from search_biblio as sb where sb.opac_hide=0 and ((match (sb.author) against (:author in boolean mode)))" "query" => "select sb.biblio_id, sb.title, sb.node, sb.node_id, sb.author, sb.topic, sb.image, sb.isbn_issn, sb.publisher, sb.publish_place, sb.publish_year, sb.labels, sb.input_date, sb.publish_year, sb.edition, sb.collation, sb.series_title, sb.call_number from search_biblio as sb where sb.opac_hide=0 and ((match (sb.author) against (:author in boolean mode))) order by sb.last_update desc limit 50 offset 110" ]
^ "Bind Value ⚒️"
^ array:1 [ ":author" => "'+Nina Stephanie G.T'" ]
Fiber-reinforced composite (FRC) has been widely applied in the field of dentistry. Nylon 6 as a thermoplastic polymer which is biocompatible and has superior fracture resistance is used in research. The purpose of this study was to examine the structural and morphological characters of nylon 6 fiber from the wet spinning method in order to find alternative materials for dental direct bridg…
Wettability is one of the factors that affect the surface properties of titanium as an implant material. Wetness can be increased by modifying the surface. This study aims to determine the surface wettability of modified commercial pure titanium (CpTi) plates that have been modified using H2O2, NaOCl and UV light. This study used a qualitative descriptive method consisting of three stages:…
Introduction: Flexural strength is an important parameter to assess the mechanical strength and stiffness of a material. The addition of fiber in this study was carried out to produce good flexural strength. The purpose of this study is to determine the difference in flexural strength between a direct dental bridge prototype reinforced with braided configuration and continuous configuration…