US Pat. No. 9,245,675

GENERATING APPARATUS OF A PULSED MAGNETIC FIELD

NATIONAL SYNCHROTRON RADI...

1. An apparatus for generating a pulsed magnetic field, comprising:
an insulating body;
an electrical conductor positioned on the insulating body; and
a ferromagnetic body having a hollow portion, wherein the insulating body and the electrical conductor are positioned in the
hollow portion;

wherein the electrical conductor has at least one gap separating the electrical conductor into at least two parts, thereby
allowing a current to flow through the at least two parts in parallel to generate a magnetic field in the insulating body,

wherein the electrical conductor comprises:
a first segment positioned on the insulating body; and
a second segment positioned on the insulating body, wherein the first segment is opposite to the second segment, and
wherein the first segment is a plate, and the at least one gap separates the first segment into a first upper part and a first
lower part.

US Pat. No. 9,360,126

RELIEF VALVE ASSEMBLY WITH ANTI-FROZEN SHIELDING HAT

NATIONAL SYNCHROTRON RADI...

1. A relief valve assembly, comprising:
a relief valve including a valve body having a valve chamber and a slide member configured to move inside the valve chamber;
a hollow shell disposed to an outer surface of the valve body in order to form a relieving chamber between the relief valve
and the hollow shell, wherein the hollow shell has a distal aperture and a proximal aperture, and a distal end of the valve
body is inserted into the hollow shell through the proximal aperture and protrudes through the distal aperture; and

a cap mounted to the hollow shell and configured to close off the distal end of the valve body to an external environment;
wherein the relief valve includes at least one relief port forming a fluid flow path between the valve chamber and the relieving
chamber, the hollow shell extends past the at least one relief port along a longitudinal axis of the valve body, and the slide
member moves in response to an over-pressure condition, thereby allowing a fluid to vent from the valve chamber to the relieving
chamber through the at least one relief port;

wherein the hollow shell includes a wide portion, a narrow portion, and a connecting portion connecting the wide portion and
the narrow portion; and

wherein the connecting portion includes a ring-shaped depression with a ring-shaped sealing member disposed therein.

US Pat. No. 9,599,805

OPTICAL IMAGING SYSTEM USING STRUCTURED ILLUMINATION

NATIONAL SYNCHROTRON RADI...

1. An optical imaging system using incoherent structured illumination, comprising:
an optical microscope, comprising:
an objective having a first side facing a sample, a second side opposite to the first side, a front focal plane, and a back
focal plane, wherein the front focal plane superimposes the sample;

a stage placed at the first side of the objective, configured to be moved in a direction toward or away from the objective
and to accommodate the sample at the surface of the stage facing the objective;

a 50/50 beam splitter placed on the optical path to reflect the incident light beams on the second side of the objective and
to transmit scattered light from the sample to an imaging recording device;

a coherent light source emitting coherent light which forms an optical path passing through the objective;
a spatial light modulator positioned on the optical path and configured to generate a structured pattern from the at the front
focal plane of the objective, the spatial light modulator diffracting the coherent light into a plurality of beams with different
orders;

a plurality of optical lenses disposed on the optical path, wherein at least one conjugate image plane of the structured pattern
is formed on the optical path by the optical lenses; and

a rotating diffuser configured to destroy the coherence of the coherent light, disposed at a plane where the plurality of
beams with different orders intersect.

US Pat. No. 9,506,144

METHOD FOR ATOMIC LAYER DEPOSITION

National Synchrotron Radi...

1. A method for atomic layer deposition comprising:
providing a substrate in a reaction chamber; and
performing an atomic layer deposition cycle to form an epitaxial film on a surface of the substrate, wherein the atomic layer
deposition cycle comprises:

passing a first precursor into the reaction chamber to let a first atom included in the first precursor combine with first
reaction sites of the substrate; and

passing a second precursor into the reaction chamber to let a second atom included in the second precursor substitute part
of the first atoms to combine with part of the first reaction sites of the substrate whereby part of the first reaction sites
are combined with the first atom and the other of the first reaction sites are combined with the second atom, wherein a chemical
affinity of the second atom to the first reaction sites is higher than a chemical affinity of the first atom to the first
reaction sites, and the reaction chamber is sealed for a certain period of time after passing the first precursor or the second
precursor therein.

US Pat. No. 9,257,235

ELECTROCHEMICAL CAPACITOR

NATIONAL SYNCHROTRON RADI...

1. An electrochemical capacitor, comprising:
a positive electrode, including:
a porous matrix having a plurality of micrometer sized pores, wherein the porous matrix is a 3D mesoporous metal or a 3D open-structured
carbonaceous material; and

nanostructured metal oxides coated inside the plurality of pores of the porous matrix;
a negative electrode disposed proximal to and not in contact with the positive electrode;
a non-aqueous electrolyte, including:
organic compounds having at least one acylamino group; and
lithium salts characterized as LiX, wherein Li is lithium and X comprises SCN?;

the organic compounds are cyclic compounds; and
the cyclic compounds comprise 2-oxazolidinone, ethyleneurea, or the combination thereof;
a case accommodating the non-aqueous electrolyte, the positive electrode, and the negative electrode;
wherein the positive electrode and the negative electrode are immersed in the non-aqueous electrolyte.

US Pat. No. 9,152,036

X-RAY MASK STRUCTURE AND METHOD FOR PREPARING THE SAME

NATIONAL SYNCHROTRON RADI...

1. A method for preparing an X-ray mask structure, comprising:
providing a support substrate having a top surface and a bottom surface;
forming a top layer on the top surface and a bottom layer having an aperture on the bottom surface;
removing a portion of the support substrate exposed by the aperture of the bottom layer to form at least one thinned portion
of the support substrate, the thinned portion being surrounded by a wall portion being made of the same dopant-free material
as the thinned portion; and

forming a plurality of X-ray absorber patterns on the top layer over the at least one thinned portion.

US Pat. No. 10,485,089

HELICAL PERMANENT MAGNET STRUCTURE AND UNDULATOR USING THE SAME

NATIONAL SYNCHROTRON RADI...

1. A helical permanent magnet structure, comprising:at least one magnet assembly, comprising:
a plurality of permanent magnets with a magnetization direction, the permanent magnets being formed as helical shape and arranged as a helical surface, and the center of the helical surface having a longitudinal passage for being passed through by a charged particle; and
a plurality of poles with the same amount of the permanent magnets, wherein the poles are magnetized by the permanent magnets and absorb on one side of the permanent magnets; and
an inner frame surrounding outside and limiting the magnet assembly,
wherein the magnet assembly further comprises a plurality of positioning members, and the permanent magnets and the poles are positioned in the inner frame.

US Pat. No. 10,170,228

MAGNETIC APPARATUS

NATIONAL SYNCHROTRON RADI...

1. A magnetic apparatus, including:a first conductive feature configured to generate a first magnetic field, the first conductive feature including:
a first leg;
a second leg separate from the first leg; and
a first frame configured to connect the first leg to the second leg; and
a second conductive feature configured to generate a second magnetic field, wherein a direction of the second magnetic field is different from that of the first magnetic field, the first conductive feature and the second conductive feature, electrically isolated from each other, are configured to direct an electron having an energy ranging from 50 to 250 MeV, and the second conductive feature includes:
a third leg;
a fourth leg separate from the third leg; and
a second frame configured to connect the third leg to the fourth leg, wherein the first leg, the second leg, the third leg and the fourth leg together define a first space,
wherein the electron penetrates the first space and is redirected in the first space,
wherein the first conductive feature is configured to conduct a current, the current flowing from the first leg to the second leg,
wherein each of the first conductive feature and the second conductive feature is configured to conduct a current the first conductive feature generates the first magnetic field in response to the current, and the second conductive feature generates the second magnetic field in response to the current, and
wherein the current is in a half-sinewave form.

US Pat. No. 10,468,202

CONDUCTIVE PAPER ELECTRODE, ELECTROCHEMICAL CAPACITOR AND METHOD FOR MANUFACTURING THE SAME

NATIONAL SYNCHROTRON RADI...

1. A conductive paper electrode, comprising:a paper;
a carbon powder layer over the paper;
a graphite layer over the carbon powder layer;
a nanostructural layer over the graphite layer; and
an electrolyte over the nanostructural layer,
wherein the electrolyte comprises a lithium-containing quasi-ionic liquid and a gel, and a weight ratio of the lithium-containing quasi-ionic liquid to the gel is between about 1:4.5 and about 4:1.