manifestation_id	original_title	title_alternative	title_transcription	statement_of_responsibility	manifestation_identifier	creator	contributor	publisher	date_of_publication	pub_date	year_of_publication	publication_place	manifestation_created_at	manifestation_updated_at	carrier_type	content_type	frequency	language	isbn	issn	doi	jpno	ncid	lccn	iss_itemno	volume_number	volume_number_string	edition	edition_string	issue_number	issue_number_string	serial_number	extent	start_page	end_page	dimensions	height	width	depth	manifestation_price	access_address	manifestation_required_role	abstract	description	identifier:unknown	identifier:nbn	identifier:isbn10	identifier:iss_itemno	identifier:online_isbn	identifier:print_isbn	identifier:print_issn	identifier:online_issn	identifier:escidoc	identifier:nims	series_statement_id	series_statement_original_title	series_statement_title_subseries	series_statement_title_subseries_transcription	series_statement_title_transcription	series_statement_creator	series_statement_volume_number	series_statement_series_master	series_statement_root_manifestation_id	series_statement_manifestation_id	series_statement_position	series_statement_note	series_statement_created_at	series_statement_updated_at	subject:ndlsh	subject:unknown	subject:bsh	classification:ndc8	classification:ndc9	classification:udc	item_id	item_identifier	binding_item_identifier	call_number	library	shelf	item_note	accepted_at	acquired_at	item_created_at	item_updated_at
105407	"Combinatorial Fluorescence Lifetime Measuring
System for Developing Er-Doped Transparent Glass Ceramics"					TODOROKI Shin-ichi//Inoue S.	""	""	2004-02-15 00:00:00 +0900	2004-02-15	2004		2015-12-15 21:30:27 +0900	2023-07-31 14:38:51 +0900	online_resource	text	unknown	English	""	""														39	43						https://hdl.handle.net/20.500.11932/28369	Guest	"Fluorescence lifetime of Er3+ was measured for F-doped tellurite
glasses with parallel heat treatment under a temperature gradient
atmosphere in order to find the annealing condition to make transparent
glass ceramics in which Er3+ ions are located in the precipitated
crystals.  The preparation and annealing of the samples were performed
in a vertical temperature gradient furnace, where molten glass was
sucked into a pre-heated Pyrex glass tube.  The annealing temperature
range is between 350 degC and 800 degC.  After the annealing
treatment, time-resolved fluorescence emission of Er3+ (1.55um;
excitation light source is 977nm) were measured sequentially along the
tube.  The lifetime of the emission was about 2.6 msec for as-prepared
glass.  We have found that the lifetime increased to 5.2 msec when the
glass was annealed at 470 degC for 5 min and 550 degC for 5 min
successively, although its transparency was lost.  This increase implies
that the Er3+ ions are embedded in fluorine-rich phase to bring about
reduced non-radiative emission.  We are now continuing to find the
condition to get transparent glass ceramics.
"		""	""	""	""	""	""	""	""	""	""	""	""	""	""	""	""	""	""	""	""	""	""	""	""	""	tellurite glass//erbium//fluorescence lifetime	""	""	""	""	99360				web	web				2023-07-31 14:38:51 +0900	2023-07-31 14:38:51 +0900
103962	Combinatorial evaluation system for thermal properties of glass materials using a vertical furnace with temperature gradient					TODOROKI Shin-ichi//Inoue S.//Matsumoto T.	""	""	2002-04-28 00:00:00 +0900	2002-04-28	2002		2015-05-28 18:09:04 +0900	2023-07-31 14:12:11 +0900	online_resource	text	unknown	English	""	""														241	244						https://hdl.handle.net/20.500.11932/28377	Guest	"Critical cooling rate Q for zinc tellurite glass system is
    determined based on the time-temperature-transfer (T-T-T) diagrams,
    which are compiled by analyzing the crystallized area in the glass
    sample libraries annealed simultaneously by a furnace with
    temperature gradient.  This method reduces the laborious routine
    work for preparation, which is needed in the conventional method.
    Since the surface/volume ratio of the present samples is large,
    their crystallization is mainly governed by heterogeneous
    nucleation.  Thus, the Q values in this study can be used as a
    practical index for the glass products whose surface should be free
    of being ground and/or polished, such as fire-polished lenses,
    optical fibers and waveguides.
"		""	""	""	""	""	""	""	""	""	""	""	""	""	""	""	""	""	""	""	""	""	""	""	""	""	glass//crystallization tendency//critical cooling rate//time-temperature-transfer diagram//glass//crystallization tendency//critical cooling rate//time-temperature-transfer diagram//glass//crystallization tendency//critical cooling rate//time-temperature-transfer diagram	""	""	""	""	94372				web	web				2023-07-31 14:12:11 +0900	2023-07-31 14:12:11 +0900
103904	Development of UHV scanning probe microscope with external stress and　strain application					""	""	""	2007-01-01 00:00:00 +0900	2007	2007		2015-05-28 18:08:31 +0900	2023-07-31 14:20:05 +0900	online_resource	text	unknown	English	""	""																					https://hdl.handle.net/20.500.11932/39058	Guest			""	""	""	""	""	""	""	""	""	""	""	""	""	""	""	""	""	""	""	""	""	""	""	""	""	scanning probe microscopy//scanning probe microscopy//scanning probe microscopy	""	""	""	""	95868				web	web				2023-07-31 14:20:05 +0900	2023-07-31 14:20:05 +0900
105373	Disseminate your work beyond your research field through self-archiving					""	""	""	2008-11-18 00:00:00 +0900	2008-11-18	2008		2015-12-15 21:29:51 +0900	2023-07-31 14:24:08 +0900	online_resource	text	unknown	English	""	""																					https://hdl.handle.net/20.500.11932/39143	Guest	"A research paper that I presented in English at a material informatics workshop caught a Japanese linguist's eye.  This is because I self-archived its Japanese translation thus making accessible to him on the net without any language barrier.  An analysis of visits to my homepage over the past four years reveals that they are closely related to my publications in domestic journals.
"		""	""	""	""	""	""	""	""	""	""	""	""	""	""	""	""	""	""	""	""	""	""	""	""	""	Informatics//self-archiving//Informatics//self-archiving//Informatics//self-archiving	""	""	""	""	96625				web	web				2023-07-31 14:24:08 +0900	2023-07-31 14:24:08 +0900
103928	E-publishing of scientific research at academic institutions in Japan					""	""	""	2006-08-08 00:00:00 +0900	2006-08-08	2006		2015-05-28 18:08:45 +0900	2023-07-31 14:44:01 +0900	online_resource	text	unknown	English	""	""																					https://hdl.handle.net/20.500.11932/39145	Guest	"An introduction to some initiatives by economics point of views that has been going in the field of science in Japan, that focus on e-journals from academic societies,  research laboratories and government agents.
The economic model of these journal publishing are categorized in three models. Supported by
1)	societies and their members (members fee),
2)	institutions such as universities or research institutes (institution budge), and 
3)	a combination of government and institutions (institution budges and government funding).
The main return is from the institutional subscriptions. The cost performance of the system development for e-journals publishing is not yet proved. However, society members or people related to journal publishing for scientific communities are quite aware of that it is more important to have own publishing system/method (not only computer system but also a development of human resources) to allow them to control themselves rather than outsourcing whole publishing roles outside Japan. It is true that most of organization have been struggling to balance the cost, especially, the development expenses of e-journals system and the income from e-journals sales. It is still hard to battle to a myth of impact factor to authors and readers, but few of organizations have started to implement the COUNTER applicable by having a government funding support.
“The Third Science and Technology Basic Plan” by Japanese government has introduced a budget, 25 trillion yen for coming 5 years. New journals are appearing. I would like to introduce a summary of these activities and share the real problems behind those economics.
"		""	""	""	""	""	""	""	""	""	""	""	""	""	""	""	""	""	""	""	""	""	""	""	""	""	scientific e-publishing//STM//academic community//scientific e-publishing//STM//academic community//scientific e-publishing//STM//academic community	""	""	""	""	100324				web	web				2023-07-31 14:44:01 +0900	2023-07-31 14:44:01 +0900
103994	Fiber Fuse Propagation Behavior					""	""	""	2012-02-22 00:00:00 +0900	2012-02-22	2012		2015-05-28 18:09:21 +0900	2023-07-31 14:18:47 +0900	online_resource	text	unknown	English	""	""																					https://hdl.handle.net/20.500.11932/1058545	Guest	"Knowledge accumulated about fiber fuse propagation since 1988 is briefly
summarized.  From a macroscopic viewpoint, the dissipative soliton
concept and an analogy with grassfire help us understand this strange
phenomenon.  The strong heat-induced absorption of silica glass and the
highly confined supply of laser energy cause captured plasma to shift to
the light source along the fiber leaving catastrophic damage behind it.
From a microscopic viewpoint, the periodic void formation process was
unveiled by the statistical analysis of void shapes and ultra-fast
videography.  The bullet-like shape of the damage train results from the
formation of an intrinsic bridge inside the hollow silica melt behind
the traveling plasma and the successive compression of detached voids
under a steep temperature gradient along the fiber."		""	""	""	""	""	""	""	""	""	""	""	""	""	""	""	""	""	""	""	""	""	""	""	""	""	fiber fuse//optical fiber//laser-induced damage//fiber fuse//optical fiber//laser-induced damage//fiber fuse//optical fiber//laser-induced damage//fiber fuse//optical fiber//laser-induced damage	""	""	""	""	95625				web	web				2023-07-31 14:18:47 +0900	2023-07-31 14:18:47 +0900
103310	Fiber Fuse: its Actions, Behaviors and Control methods					""	""	""	2010-04-14 00:00:00 +0900	2010-04-14	2010		2015-05-28 18:03:15 +0900	2023-07-31 14:27:47 +0900	online_resource	text	unknown	English	""	""																					https://hdl.handle.net/20.500.11932/408451	Guest			""	""	""	""	""	""	""	""	""	""	""	""	""	""	""	""	""	""	""	""	""	""	""	""	""	fiber fuse//fiber fuse//fiber fuse	""	""	""	""	97299				web	web				2023-07-31 14:27:47 +0900	2023-07-31 14:27:47 +0900
103749	Formation of optical coupling structure between silica glass waveguides and molten tellurite glass droplet					TODOROKI Shin-ichi//Nukui A.//Inoue S.	Zhu Congshan	""					2015-05-28 18:07:12 +0900	2023-07-31 14:42:08 +0900	online_resource	text	unknown	English	""	""																					https://hdl.handle.net/20.500.11932/101921	Guest	"Several nano liters of tellurite glass melt
(xTeO2-(100-x)ZnO, x=80,90,100 in mol%)
were inserted and quenched between two ends of silica glass optical
fibers to form a new optical coupling structure, whose length was
several hundred microns. No visible precipitates were found even in the
quenched melt of 100% TeO2. On the basis of reflection and
insertion loss measurements and a bending test, it is proved that
there's no micro crystals in the quenched melt segment which cause light
scattering and/or stress concentration.

Few tens nano liters of the melt were also inserted into a silica glass
capillary tube with the interior diameter of 126 $\mu$m, in order to
examine their tolerance to the residual stress induced on cooling due to
the large gap in thermal expansion coefficient between the two glasses.
Neither fracture nor bubbles were observed in the quenched melt inside
if its length is less than 2mm. This implies that tellurite melt can be
introduced into voids of sub-mm in size to integrate hybrid lightwave
circuits."		""	""	""	""	""	""	""	""	""	""	""	""	""	""	""	""	""	""	""	""	""	""	""	""	""	optical fiber//tellurite glass//insertion loss//thermal expansion coefficient//optical fiber//tellurite glass//insertion loss//thermal expansion coefficient//optical fiber//tellurite glass//insertion loss//thermal expansion coefficient//optical fiber//tellurite glass//insertion loss//thermal expansion coefficient	""	""	""	""	99968				web	web				2023-07-31 14:42:08 +0900	2023-07-31 14:42:08 +0900
105335	Formation of optical coupling structure between silica glass waveguides and molten tellurite glass droplet					Todoroki S.//Nukui A.//Inoue S.	""	""					2015-12-15 21:29:11 +0900	2021-10-05 16:50:39 +0900	online_resource	text	unknown	English	""	""																					https://hdl.handle.net/20.500.11932/28398	Guest	"Several nano liters of tellurite glass melt
(xTeO2-(100-x)ZnO, x=80,90,100 in mol%)
were inserted and quenched between two ends of silica glass optical
fibers to form a new optical coupling structure, whose length was
several hundred microns.  No visible precipitates were found even in the
quenched melt of 100% TeO2.  On the basis of reflection and
insertion loss measurements and a bending test, it is proved that
there's no micro crystals in the quenched melt segment which cause light
scattering and/or stress concentration.

Few tens nano liters of the melt were also inserted into a silica glass
capillary tube with the interior diameter of 126 $\mu$m, in order to
examine their tolerance to the residual stress induced on cooling due to
the large gap in thermal expansion coefficient between the two glasses.
Neither fracture nor bubbles were observed in the quenched melt inside
if its length is less than 2mm.  This implies that tellurite melt can be
introduced into voids of sub-mm in size to integrate hybrid lightwave
circuits.
"		""	""	""	""	""	""	""	""	""	""	""	""	""	""	""	""	""	""	""	""	""	""	""	""	""	optical fiber//tellurite glass//insertion loss//thermal expansion coefficient//optical fiber//tellurite glass//insertion loss//thermal expansion coefficient//optical fiber//tellurite glass//insertion loss//thermal expansion coefficient	""	""	""	""
105417	"Formation of optical coupling structure between two ends of silica 
glass optical fibers by inserting tellurite glass melt"					TODOROKI Shin-ichi//Nukui A.//Inoue S.	""	""	2002-05-01 00:00:00 +0900	2002-05-01	2002		2015-12-15 21:30:37 +0900	2023-07-31 14:41:14 +0900	online_resource	text	unknown	English	""	""														476	478						https://hdl.handle.net/20.500.11932/28375	Guest	" Several nano liters of tellurite glass melt was inserted
and quenched between two ends of silica glass optical fibers to form a
optical coupling structure, whose length was several hundred um.
Dispite the large gap of thermal expansion coefficient between these
glass materials, neither fracture nor bubbles were observed, which
usually lead to a large optical propagation loss.  The insertion loss
was less than 10 dB, which was mainly due to the lack of an optical
waveguide structure in the tellurite glass segment.  Further loss
decrease is expected to be possible by introducing a refractive index
modulation. "		""	""	""	""	""	""	""	""	""	""	""	""	""	""	""	""	""	""	""	""	""	""	""	""	""	optical fiber//tellurite glass//thermal expansion//optical fiber//tellurite glass//thermal expansion//optical fiber//tellurite glass//thermal expansion	""	""	""	""	99798				web	web				2023-07-31 14:41:14 +0900	2023-07-31 14:41:14 +0900