Eneos Corporation

Mitsubishi Electric Corporation

Renesas Electronics Corporation

The University of Tokyo

Nkk Corporation

Jx Nippon Oil Energy Corporation

Kogakuin University

Yasuhiro Araki

Yasuyuki Iwasa

Atsushi Segawa

Masanari Akiyama

Hiroaki Sato

Naoki Matsui

Ryoji Ida

Masafumi Suzuki

Masaru Ogura

Hitoshi Oishi

Mayumi Yokoi

Masayuki Yamazaki

Yukihiro Yoshiwara

Ai Minoda

Kazuya Mayumi

Hideo Tsuneoka

Osami Yoshioka

Kouji Omori

Naoto Kitagawa

Takaya Seike

Tai Ohuchi

Eri Otaka

Kazu Okumura

Provided is a production method for indan and hydrindane, including a reaction step of introducing a raw material composition including tetrahydroindene into a continuous reactor including a solid catalyst containing platinum, and bringing the raw material composition into contact with the solid catalyst under the conditions of 150° C. to 350° C. to obtain a reaction product including indan and hydrindane, in which the amount (mol/min) of hydrogen molecules is 5 times or less the amount (mol/min) of tetrahydroindene, and the amount (mol/min) of oxygen molecules is 0.1 times or less the amount (mol/min) of tetrahydroindene.

Production method for indan and hydrindane

A method for producing a monocyclic aromatic hydrocarbon having 6 to 8 carbon atoms, including bringing a raw material which contains a light hydrocarbon having 2 to 7 carbon atoms as a main component into contact with a catalyst composition for producing a monocyclic aromatic hydrocarbon having 6 to 8 carbon atoms. The catalyst composition for producing a monocyclic aromatic hydrocarbon having 6 to 8 carbon atoms is coated with an amorphous silicon oxide compound and contains a crystalline aluminosilicate, and the silicon oxide compound is a silicon oxide compound derived from a compound represented by XSi(OR), where X represents a hydrogen atom or an alkyl group, R represents an alkyl group, and n represents an integer of 0 to 4.

Method for producing monocyclic aromatic hydrocarbon having 6-8 carbon atoms

A method for producing p-xylene, comprising: a dimerization step of bringing a first raw material comprising isobutene into contact with a dimerization catalyst to generate C8 components comprising diisobutylene; a cyclization step of bringing a second raw material comprising the C8 components into contact with a dehydrogenation catalyst comprising Pt in the presence of water to obtain a reaction product comprising p-xylene; and a collection step of collecting p-xylene from the reaction product.

Production method for p-xylene

An object of the present disclosure is to provide a display device capable of improving productivity. A display device according to the present disclosure includes a display panel, a protective member disposed on a display surface of the display panel via a bonding material and an outer periphery thereof protruding from the display panel, and a frame enclosing the display panel and supporting the outer periphery of the protective member from lower side which is on a side of the display panel. The frame has a concave portion cut out from a portion of a surface in contact with the protective member toward an outer side surface. In the concave portion, an adhesive adhering the protective member and the frame together is filled.

Display device

Provided is a method for producing p-xylene, comprising: a provision step of providing a C4 fraction comprising at least isobutene as a product formed by fluidized catalytic cracking of a heavy oil fraction; a dimerization step of bringing a first raw material comprising the isobutene into contact with a dimerization catalyst to produce a C8 component comprising a dimer of isobutene; and a cyclization step of bringing a second raw material comprising the C8 component with a dehydrogenation catalyst to produce p-xylene through a cyclization/dehydrogenation reaction of the C8 component.

Method for producing p-xylene

A plurality of pixel regions are aligned in a matrix in a semiconductor substrate, and each of the plurality of pixel regions includes an active region, two photoelectric conversion elements, two floating capacitance regions, and a first transistor. Each of the plurality of pixel regions includes two transfer transistors each having each of the two photoelectric conversion elements and each of the two floating capacitance regions. The first transistor is arranged within the pixel region, between one floating capacitance region and the other floating capacitance region of the two floating capacitance regions with respect to a direction in which the one floating capacitance region and the other floating capacitance region are aligned.

Semiconductor device

A silicate-coated MFI-type zeolite is obtained by coating an MFI-type zeolite with a silicate, and a peak area ratio b/a of a peak b at 2&#x3b8;=8.4 to 9.7&#xb0; to a peak a at 2&#x3b8;=7.0 to 8.4&#xb0; in an X-ray diffraction spectrum is 1 or more, and a pKa value measured by a Hammett indicator is +3.3 or more.

Silicate-coated MFI-type zeolite, method of producing the same, and method of producing p-xylene using the same

An apparatus for continuously cooling a metal strip, which comprises: at least one cooling roll, which is freely rotatable and in contact with a metal strip continuously travelling in the longitudinal direction thereof, for continuously cooling the metal strip, a cooling liquid flowing through the interior of the cooling roll to continuously cool same, a contact area between the surface of the cooling roll and the surface of the metal strip being controllable; and a gas cooler, arranged on the exist side of the at least one cooling roll, for continuously cooling the metal strip by blowing a cooling gas onto the surface of the metal strip so as to achieve a uniform temperature distribution in the width direction of the metal strip after the final cooling thereof, the gas cooler comprising a plurality of mutually independent nozzle headers for blowing the cooling gas onto the surface of the metal strip, and the plurality of nozzle headers controlling at least one of a flow rate and a flow velocity of the cooling gas in the width direction of the metal strip.

Apparatus for continuously cooling metal strip

Growing community of inventors

Tokyo, Japan

Yasuhiro Araki