Inse Applications

Properties Synthesis and Device Applications of 2D Layered InSe Dai

Properties Synthesis and Device Applications of 2D Layered InSe

HoleDoped 2D InSe for Spintronic Applications ACS Applied Nano Materials

在 GaAs（111）B 上通过分子束外延生长的 InSe 薄膜中的混合多型/多晶型形成,npj 2D Materials and ...

GaAs111B InSe npj 2D Materials and

PVD setup and optical images of atomically layered InSe a InSe

Improving the electrical performances of InSe transistors by interface

Schematic and band structure of an encapsulated InSe device a Optical

Basic properties of InSe monolayer a Top and side view of InSe

Enhancement of Carrier Mobility in Multilayer InSe Transistors by van

Reconfigurable InSe FET with vdW contacts a Schematic diagram of a

schematics the mechanism of InSe growth flow with indium precursor

Schematic illustration and structural characterization of the 2D InSe

a Highresolution TEM image of InSe and a selected area electron

Top and side views of a single layer of a) InSe (derived with β and γ ...

Top and side views of a single layer of a InSe derived with and

Color online a XRD spectrum of InSe crystal bc selected zoom

a InSe forms a microscopic interpretation of SSPM b gC3N4 is

a Top The 3D view and bottom profile view of the InSe crystalline

Structural characterization of electrochemically exfoliated 2D InSe

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a Crystal structure of InSe b optical image of a fewlayer InSe flake

a Top and side views of monolayer InSe structure The unit cell is

PDF A HighSpeed Waveguide Integrated InSe Photodetector on SiN

PDF HighSpeed WaveguideIntegrated InSe Photodetector on SiN

Sample characterization of InSe films a Top view and side view of

Bottom A single layer of InSe from a perspective view The 2DM is

Figure S1 Polymorphic crystalline structures of InSe and In 2 Se 3

Enhanced optical properties of InSe with dipole orientation

a Top view and side view of the structure of InSe 2D material The

Table 1 from A HighSpeed Waveguide Integrated InSe Photodetector on

Doping Characteristics and Band Engineering of InSe for Advanced

a Transfer characteristic of the indiumdeposited InSe FET as a

Schematic illustrations of the physical mechanism of the wIn InSe

a The crosssectional view of asdeposited InSe thin film b EDS color

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Adsorption and Sensing Properties of Ni Modified InSe Monolayer Towards

The band structures for a monolayer InSe structure and InSe with an

Structural characterization of InSe and InSeY a Schematics of InSe

Enhancement of InSe FieldEffectTransistor Performance against

Optical characterizations of InSe and InSeY a Transmission spectra at

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Figure S3 High resolution map of the electronic band structure of InSe

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PDF Photoluminescence Enhancement of InSe by Coupling with Circular

Performance improvement of multilayer InSe transistors with optimized

Characterizations of InSe a Typical AFM image of an ultrathin InSe

Phasepure waferscale InSe for future transistors Matter

Structural and Optical Properties of Interfacial InSe Thin Film ACS Omega

HighSpeed WaveguideIntegrated InSe Photodetector on SiN Photonics for

Substrate engineering of InSe FETs A Schematic of a backgated InSe

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Basic properties of InSe monolayer a Top and side view of InSe

7 Photoluminescence of InSe measured at room temperature for bulk InSe

Figure 1 from Twodimensional InSe as a potential thermoelectric

Schematic illustrations of the physical mechanism of the wIn InSe

InSe sample structure Crystal structure a and Brillouin zone b

a The optical image of the studied InSe layer with a thickness of 114

Color online a PL intensity of InSe in different layers b

Characterization and optical properties of InSe film A Structures of

a An SEM image of the InSe nanosheet b a TEM image of the InSe

PDF Photovoltaic effect in InSe Application to Solar Energy Conversion

a Structural model of monolayer InSe in the 110 orientation b

Origin of the InSe CB upshift from InSe subsystem to that in vdWH

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Figure S4 Experimental IVs of different symmetrically contacted InSe

Characterization of solutionprocessed InSe nanoflakes and InSe films

Enhancement of Electronic and Optoelectronic Performance of the InSe

Schematic diagram illustrating the production process of InSe ribbons

Fieldeffect transport and tunneling photocurrent with fewlayer InSe

Photoluminescence spectra of bulk InSe samples measured with the

Thickness Identification of Thin InSe by Optical Microscopy Methods

Ldependence of a the thickness L of the nonoxidized InSe layer

Structural and Optical Properties of Interfacial InSe Thin Film ACS Omega

PDF Simulation of InSe for single photon emission application Master

Schematic illustrations of the physical mechanism of the wIn InSe

a PL spectra of the bulk InSe under 02 mW during repeated

a The crosssectional view of asdeposited InSe thin film b EDS color

Figure 1 from Photovoltaic effect in InSe Application to Solar Energy

Decorating InSe Surface by Gold Species for Improved Carrier Transport

Table 1 from A HighSpeed Waveguide Integrated InSe Photodetector on

HighSpeed WaveguideIntegrated InSe Photodetector on SiN Photonics for

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Recent progress in contact mobility and encapsulation engineering of

Challenges in the growth of Indium Selenide Films for Advanced

a A schematic illustration of an InSeFET device b The thickness of

Figure 3 from Multiple sliding ferroelectricity of rhombohedralstacked

Enhancement of electronic and optoelectronic performance of multilayer

Encapsulation schemes for fewlayered InSe A Schematic representation

The crystal structure of three common polytypes of InSe unit cell

Table 1 from The 2D InSeWS2 Heterostructure with Enhanced

a and b Top optical images of encapsulated InSeGaSe Download

The crystal structure of three common polytypes of InSe unit cell

The band structures of a Sb monolayer b SbInSe heterostructure

The crystal structure of three common polytypes of InSe unit cell

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Schematic illustration of the InSeFETbased biosensor a Structure of

The band structure of InSe InSeVIn and InSeVSe Fermi levels are

eSEinSETEE

a Hexagonal crystal structure of InSe b Top and c side views of

a Side view and top view of the crystal structure of InSe where the

The mechanism for realizing variants identification via 2D InSe A

Recent progress in contact mobility and encapsulation engineering of

a Crystal structure of InSe in which the axes of the hexagonal

PDF Phase Identification and Strong Second Harmonic Generation in

Averaged effective potential profile of a AuInSe b AgInSe and

Figure 1 from Multiple sliding ferroelectricity of rhombohedralstacked

2D BPInSe Heterostructures as a Nonlinear Optical Material for

PDF Preparation and Properties of Indium Selenide InSe Thin Films

Figure 1 from Multiple sliding ferroelectricity of rhombohedralstacked

a) SEM image of fragments of β‐InSe crystal, showing their layered edge ...

a SEM image of fragments of InSe crystal showing their layered edge

InSedefectanalysis

a) Schematics of the structural polytypes of β‐, ε‐, and γ‐InSe. b ...

a Schematics of the structural polytypes of and InSe b

a Crystal structure of InSe in which the axes of the hexagonal

Geometrical structure of the three polytypes of InSe C0 and a0

Waferscale growth of twodimensional phasepure InSe Matter

Figure 1 from Integrated SiNInSe Waveguide Photodetector for Oband

Figure 4 from Multiple sliding ferroelectricity of rhombohedralstacked

Figure 5 from Multiple sliding ferroelectricity of rhombohedralstacked

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