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diffraction gratings (Thorlabs)

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Thorlabs diffraction gratings
Diffraction Gratings, supplied by Thorlabs, used in various techniques. Bioz Stars score: 86/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
https://www.bioz.com/product/diffraction+gratings/diffraction+gratings/10__1021_slash_acsapm__5c04746-149-7-22
Average 86 stars, based on 1 article reviews

diffraction gratings - by Bioz Stars, 2026-09

86/100 stars

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Article Title: Etalon Arrays for Ultrafast Imaging and Spectrometry
Article Snippet: The way we achieved this was by using a pair of diffraction gratings (Thorlabs, 300 grooves/mm separated by 10 cm) to separate the wavelengths in space and then re-collimate them, creating a linear spread of wavelengths.

Article Title: Tunable double-mode sensor for multi-gas detection based on the external-cavity diode laser
Article Snippet: An optoelectronic sensor system based on a thermoelectrically cooled (TEC) continuous-wave (CW) double-mode external-cavity diode laser (ECDL) is demonstrated for a multi-gas analysis in this paper.. An ECDL that can simultaneously emit at two different wavelengths in the range from 1275 to 1340 nm was utilized as the excitation source for molecule absorption.. Each wavelength can be independently tuned.

Article Title: Soft Microbot Traction on Structured Surfaces.
Article Snippet: Microbots (μbots) have demonstrated significant potential for in vivo applications, such as targeted drug delivery.. Rigid μbots, however, suffer from limited adaptability and poor reconfigurability, reducing their effectiveness in navigating complex physiological environments.. As a result, soft μbots have garnered considerable recent attention due to their intrinsic deformability and potential biocompatibility.

Article Title: Grating interferometer for light-efficient spatial coherence measurement of arbitrary sources
Article Snippet: We present a theoretical analysis and experimental verification of a z-scanning double-grating interferometer for spatial coherence measurements in space–frequency and space–time domains.. This interferometer permits the measurement of spatial coherence between an arbitrary pair of points along a one-dimensional line, and in favorable conditions, it has a high light efficiency compared to the classical Young’s two-pinhole experiment.. The scheme is applicable to both quasi-monochromatic and broadband sources that need not obey the Schell model. We first provide experimental results with several narrowband primary and secondary sources, and then apply the technique to broadband sources with discrete and continuous spectra.

Article Title: How Thin and Efficient Can a Metasurface Reflector Be? Universal Bounds on Reflection for Any Direction and Polarization
Article Snippet: [48] Thorlabs, Diffraction gratings tutorial, https://www.thorlabs.com/ newgrouppage9.cfm?objectgroup_id=9026 (accessed: November 2021).

Article Title: The effect of vertebral level on biomechanical properties of the lumbar paraspinal muscles in a rat model.
Article Snippet: Introduction: Passive mechanical properties of the paraspinal muscles are important to the biomechanical functioning of the spine.. In most computational models, the same biomechanical properties are assumed for each paraspinal muscle group, while cross-sectional area or fatty infiltration in these muscles have been reported to differ between the vertebral levels.. Two important properties for musculoskeletal modeling are the slack sarcomere length and the tangent modulus.

Article Title: High-Refractive-Index Halogenated Urethane Acrylates in Polyurethane for 2-Stage Material Applications
Article Snippet: After characterization of the angular selectivity, the diffraction gratings were flood cured for 15 min at 1.5 mW/cm2with a 405 nm LED (Thorlabs SOLIS-405C) to consume the unreacted TPO/monomer and stabilize the index structures.

Article Title: [2401.11727] Order induces toughness in anisotropic colloidal crystal composites
Article Snippet: The templates were made of PDMS by duplicating the pattern on an optical grating with groves spaced by 1.67 μm (ruled diffraction gratings with 600/mm grating, Thorlabs).

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$(A) Chemical structure of 1 ; (B) MicroED structure of 1 , 2F o ‐F c density map was shown in a blue mesh at 3σ contour level; (C) Representative <t>diffraction</t> pattern (658 mm) and crystal appearance (SA 5300x) of 1 under TEM. Scale bar: 2 µm; (D) Packing diagram in 1 , viewed along b ‐ or c ‐ axis. Hydrogen bonding interactions were presented in orange dashed lines.$
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$(A) Chemical structure of 1 ; (B) MicroED structure of 1 , 2F o ‐F c density map was shown in a blue mesh at 3σ contour level; (C) Representative <t>diffraction</t> pattern (658 mm) and crystal appearance (SA 5300x) of 1 under TEM. Scale bar: 2 µm; (D) Packing diagram in 1 , viewed along b ‐ or c ‐ axis. Hydrogen bonding interactions were presented in orange dashed lines.$
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$(A) Chemical structure of 1 ; (B) MicroED structure of 1 , 2F o ‐F c density map was shown in a blue mesh at 3σ contour level; (C) Representative <t>diffraction</t> pattern (658 mm) and crystal appearance (SA 5300x) of 1 under TEM. Scale bar: 2 µm; (D) Packing diagram in 1 , viewed along b ‐ or c ‐ axis. Hydrogen bonding interactions were presented in orange dashed lines.$
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$(A) Chemical structure of 1 ; (B) MicroED structure of 1 , 2F o ‐F c density map was shown in a blue mesh at 3σ contour level; (C) Representative diffraction pattern (658 mm) and crystal appearance (SA 5300x) of 1 under TEM. Scale bar: 2 µm; (D) Packing diagram in 1 , viewed along b ‐ or c ‐ axis. Hydrogen bonding interactions were presented in orange dashed lines.$

Journal: Small (Weinheim an Der Bergstrasse, Germany)

Article Title: Rapid Structural Analysis of Natural Products Using MicroED

doi: 10.1002/smll.202511875

Figure Lengend Snippet: (A) Chemical structure of 1 ; (B) MicroED structure of 1 , 2F o ‐F c density map was shown in a blue mesh at 3σ contour level; (C) Representative diffraction pattern (658 mm) and crystal appearance (SA 5300x) of 1 under TEM. Scale bar: 2 µm; (D) Packing diagram in 1 , viewed along b ‐ or c ‐ axis. Hydrogen bonding interactions were presented in orange dashed lines.

Article Snippet: The parallel beam (∼45.2% intensity) was tuned using a 500 nm diffraction grating replica (prod.# 673; Ted Pella, Inc.) and 70 μm objective aperture at the back focal plane.

Techniques:

$(A) Chemical structure of 9 ; (B) MicroED structure of 9 , 2F o ‐F c density map was shown in a blue mesh at 3σ contour level; (C) Representative diffraction pattern (658 mm) and crystal appearance (SA 5300x) of 9 under TEM. Scale bar: 2 µm; (D) Weak C─H···O hydrogen bonding interaction for one molecule of 9 . (E) Packing diagram in 9 , viewed along the a ‐axis. Hydrogen bonding interactions were presented in blue dashed lines.$

Journal: Small (Weinheim an Der Bergstrasse, Germany)

Article Title: Rapid Structural Analysis of Natural Products Using MicroED

doi: 10.1002/smll.202511875

Figure Lengend Snippet: (A) Chemical structure of 9 ; (B) MicroED structure of 9 , 2F o ‐F c density map was shown in a blue mesh at 3σ contour level; (C) Representative diffraction pattern (658 mm) and crystal appearance (SA 5300x) of 9 under TEM. Scale bar: 2 µm; (D) Weak C─H···O hydrogen bonding interaction for one molecule of 9 . (E) Packing diagram in 9 , viewed along the a ‐axis. Hydrogen bonding interactions were presented in blue dashed lines.

Article Snippet: The parallel beam (∼45.2% intensity) was tuned using a 500 nm diffraction grating replica (prod.# 673; Ted Pella, Inc.) and 70 μm objective aperture at the back focal plane.

Techniques:

$(A) Chemical structure of 2 ; (B) MicroED structure of 2 , 2F o ‐F c density map was shown in a blue mesh at 3σ contour level; (C) Representative diffraction pattern (658 mm) and crystal appearance (SA 5300x) of 2 under TEM. Scale bar: 2 µm; (D) Polymorphic structures and packing diagram in 2 , viewed along b ‐axis. Hydrogen bonding interactions were presented in orange dashed lines. Hydrogen atoms not involved in contact were omitted for clarification.$

Journal: Small (Weinheim an Der Bergstrasse, Germany)

Article Title: Rapid Structural Analysis of Natural Products Using MicroED

doi: 10.1002/smll.202511875

Figure Lengend Snippet: (A) Chemical structure of 2 ; (B) MicroED structure of 2 , 2F o ‐F c density map was shown in a blue mesh at 3σ contour level; (C) Representative diffraction pattern (658 mm) and crystal appearance (SA 5300x) of 2 under TEM. Scale bar: 2 µm; (D) Polymorphic structures and packing diagram in 2 , viewed along b ‐axis. Hydrogen bonding interactions were presented in orange dashed lines. Hydrogen atoms not involved in contact were omitted for clarification.

Article Snippet: The parallel beam (∼45.2% intensity) was tuned using a 500 nm diffraction grating replica (prod.# 673; Ted Pella, Inc.) and 70 μm objective aperture at the back focal plane.

Techniques: Clarification Assay

$(A) Chemical structure of 4 ; (B) MicroED structure of 4 , 2F o ‐F c density map was shown in a blue mesh at 3σ contour level; (C) Representative diffraction pattern (658 mm) and crystal appearance (SA 5300x) of 4 under TEM. Scale bar: 2 µm; (D) Packing diagram in 4 , viewed along the a ‐axis. Hydrogen bonding interactions were presented in orange dashed lines.$

Journal: Small (Weinheim an Der Bergstrasse, Germany)

Article Title: Rapid Structural Analysis of Natural Products Using MicroED

doi: 10.1002/smll.202511875

Figure Lengend Snippet: (A) Chemical structure of 4 ; (B) MicroED structure of 4 , 2F o ‐F c density map was shown in a blue mesh at 3σ contour level; (C) Representative diffraction pattern (658 mm) and crystal appearance (SA 5300x) of 4 under TEM. Scale bar: 2 µm; (D) Packing diagram in 4 , viewed along the a ‐axis. Hydrogen bonding interactions were presented in orange dashed lines.

Article Snippet: The parallel beam (∼45.2% intensity) was tuned using a 500 nm diffraction grating replica (prod.# 673; Ted Pella, Inc.) and 70 μm objective aperture at the back focal plane.

Techniques:

$(A) Chemical structure of 5 ; (B) MicroED structure of 5 , 2F o ‐F c density map was shown in a blue mesh at 3σ contour level; (C) Representative diffraction pattern (658 mm) and crystal appearance (SA 5300x) of 5 under TEM. Scale bar: 2 µm; (D) Packing diagram in 5 , viewed along the a ‐axis. π‐π and hydrogen bonding interactions were presented in orange dashed lines.$

Journal: Small (Weinheim an Der Bergstrasse, Germany)

Article Title: Rapid Structural Analysis of Natural Products Using MicroED

doi: 10.1002/smll.202511875

Figure Lengend Snippet: (A) Chemical structure of 5 ; (B) MicroED structure of 5 , 2F o ‐F c density map was shown in a blue mesh at 3σ contour level; (C) Representative diffraction pattern (658 mm) and crystal appearance (SA 5300x) of 5 under TEM. Scale bar: 2 µm; (D) Packing diagram in 5 , viewed along the a ‐axis. π‐π and hydrogen bonding interactions were presented in orange dashed lines.

Article Snippet: The parallel beam (∼45.2% intensity) was tuned using a 500 nm diffraction grating replica (prod.# 673; Ted Pella, Inc.) and 70 μm objective aperture at the back focal plane.

Techniques:

$(A) Chemical structure of 6 ; (B) MicroED structure of 6 , 2F o ‐F c density map was shown in a blue mesh at 3σ contour level; (C) Representative diffraction pattern (658 mm) and crystal appearance (SA 5300x) of 6 under TEM. Scale bar: 2 µm; (D) Packing diagram in 6 , viewed along a ‐ or b ‐axis. Hydrogen bonding interactions were presented in orange dashed lines. π‐π interactions were presented in green dashed lines. Hydrogen atoms not involved in contact were omitted for clarification.$

Journal: Small (Weinheim an Der Bergstrasse, Germany)

Article Title: Rapid Structural Analysis of Natural Products Using MicroED

doi: 10.1002/smll.202511875

Figure Lengend Snippet: (A) Chemical structure of 6 ; (B) MicroED structure of 6 , 2F o ‐F c density map was shown in a blue mesh at 3σ contour level; (C) Representative diffraction pattern (658 mm) and crystal appearance (SA 5300x) of 6 under TEM. Scale bar: 2 µm; (D) Packing diagram in 6 , viewed along a ‐ or b ‐axis. Hydrogen bonding interactions were presented in orange dashed lines. π‐π interactions were presented in green dashed lines. Hydrogen atoms not involved in contact were omitted for clarification.

Article Snippet: The parallel beam (∼45.2% intensity) was tuned using a 500 nm diffraction grating replica (prod.# 673; Ted Pella, Inc.) and 70 μm objective aperture at the back focal plane.

Techniques: Clarification Assay

$(A) Chemical structure of 7 ; (B) MicroED structure of 7 , 2F o ‐F c density map was shown in a blue mesh at 3σ contour level; (C) Representative diffraction pattern (658 mm) and crystal appearance (SA 5300x) of 7 under TEM. Scale bar: 2 µm; (D) Packing diagram in 7 , viewed along the a ‐axis. Forms 1 and 2 were presented in purple and yellow, respectively. Hydrogen bonding interactions were presented in blue dashed lines.$

Journal: Small (Weinheim an Der Bergstrasse, Germany)

Article Title: Rapid Structural Analysis of Natural Products Using MicroED

doi: 10.1002/smll.202511875

Figure Lengend Snippet: (A) Chemical structure of 7 ; (B) MicroED structure of 7 , 2F o ‐F c density map was shown in a blue mesh at 3σ contour level; (C) Representative diffraction pattern (658 mm) and crystal appearance (SA 5300x) of 7 under TEM. Scale bar: 2 µm; (D) Packing diagram in 7 , viewed along the a ‐axis. Forms 1 and 2 were presented in purple and yellow, respectively. Hydrogen bonding interactions were presented in blue dashed lines.

Article Snippet: The parallel beam (∼45.2% intensity) was tuned using a 500 nm diffraction grating replica (prod.# 673; Ted Pella, Inc.) and 70 μm objective aperture at the back focal plane.

Techniques:

$(A) Chemical structure of 8 ; (B) MicroED structure of 8 , 2F o ‐F c density map was shown in a blue mesh at 3σ contour level; (C) Representative diffraction pattern (658 mm) and crystal appearance (SA 5300x) of 8 under TEM. Scale bar: 2 µm; (D) Packing diagram in 8 , viewed along the a ‐axis. Hydrogen bonding interactions were presented in blue and green dashed lines. Water molecules were colored in purple balls.$

Journal: Small (Weinheim an Der Bergstrasse, Germany)

Article Title: Rapid Structural Analysis of Natural Products Using MicroED

doi: 10.1002/smll.202511875

Figure Lengend Snippet: (A) Chemical structure of 8 ; (B) MicroED structure of 8 , 2F o ‐F c density map was shown in a blue mesh at 3σ contour level; (C) Representative diffraction pattern (658 mm) and crystal appearance (SA 5300x) of 8 under TEM. Scale bar: 2 µm; (D) Packing diagram in 8 , viewed along the a ‐axis. Hydrogen bonding interactions were presented in blue and green dashed lines. Water molecules were colored in purple balls.

Article Snippet: The parallel beam (∼45.2% intensity) was tuned using a 500 nm diffraction grating replica (prod.# 673; Ted Pella, Inc.) and 70 μm objective aperture at the back focal plane.

Techniques:

$(A) Chemical structure of 3 ; (B) MicroED structure of 3 , 2F o ‐F c density map was shown in a blue mesh at 3σ contour level; (C) Representative diffraction pattern (658 mm) and crystal appearance (SA 5300x) of 3 under TEM. Scale bar: 2 µm; (D) Packing diagram in 3 , viewed along the a ‐axis. Hydrogen bonding interactions were presented in orange and cyan dashed lines. Molecules were colored by their symmetries.$

Journal: Small (Weinheim an Der Bergstrasse, Germany)

Article Title: Rapid Structural Analysis of Natural Products Using MicroED

doi: 10.1002/smll.202511875

Figure Lengend Snippet: (A) Chemical structure of 3 ; (B) MicroED structure of 3 , 2F o ‐F c density map was shown in a blue mesh at 3σ contour level; (C) Representative diffraction pattern (658 mm) and crystal appearance (SA 5300x) of 3 under TEM. Scale bar: 2 µm; (D) Packing diagram in 3 , viewed along the a ‐axis. Hydrogen bonding interactions were presented in orange and cyan dashed lines. Molecules were colored by their symmetries.

Article Snippet: The parallel beam (∼45.2% intensity) was tuned using a 500 nm diffraction grating replica (prod.# 673; Ted Pella, Inc.) and 70 μm objective aperture at the back focal plane.

Techniques:

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