Finally, a comparison is made for the photovoltaic parameters of solar cells made of ultrafast laser textured surfaces, chemically textured surfaces, porous silicon surfaces, and etched
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This work establishes a robust relationship between three-dimensional structure and light-trapping property of black silicon and provides insights into substrate designs that facilitate the light
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Our method realized the ultrahigh absorptance of large-scale black silicon fabricated in air from visible to mid-infrared, which is of significance in the
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Recent advancements in light trapping structures have led to a growing need for a comprehensive review of photon management in silicon PV cells within
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light-trapping with a lithography-free and high-throughput plasma texturizing process. With optimized plasma etching conditions and a silicon nitride passivation layer, black silicon μ-cells, when
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Abstract The intricate nanostructured surface of black silicon (BSi) has advanced photodetector technology by enhancing light absorption. Herein, we delve into the latest advancements in BSi
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Here, we prepared highly conductive b-Si without an apparent optical bandgap by a reactive ion etching process, which can largely absorb light with a wide range wavelength and even
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New kind of black silicon shows improved light-trapping properties Scientists in Russia have developed a new wide-band optical absorber called
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In this paper, the fundamentals of light trapping in crystalline silicon will be discussed and a review is presented on existing Despite the rise of a plethora of alternative technologies, more than light
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The intricate nanostructured surface of black silicon (BSi) has advanced photodetector technology by enhancing light absorption. Herein, we delve into the latest advancements in BSi surface modification
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Abstract Black silicon has attracted significant interest for various engineering applications, including solar cells, due to its ability to create highly
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To prepare ultrahigh-absorptivity black silicon surfaces at a large scale in a green and economical way, the method of laser inducing assisted by laser-plasma shockwave cleaning in
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Black silicon, which is an attractive material due to its optical properties, is prepared mainly by laser inducing in an SF6 atmosphere.
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As a typical representative of micro/nano-textured silicon, black silicon has excellent light absorption properties and is gradually surfacing as a
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In this article, the recent theoretical and experimental breakthroughs in near-infrared and ultraviolet detection using black silicon are summarized in detail. First, black silicon and the
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For further optimization of the light trapping effect, particularly in combination with rear side structures, it is necessary to simulate the optical
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For further optimization of the light trapping effect, particularly in combination with rear side structures, it is necessary to simulate the optical properties of black silicon. Especially, the
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These nanostructures were created using the black silicon method, forming a layer known as "black silicon". The coating not only improved the
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"The results obtained propose a simple technology to further enhanthe photoelectric conversion efficiency of the silicon-silicide tandem solar cells using
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This method provides an effective, green, and low-cost solution to the processing of large-scale black silicon, which extends the working window from visible light to mid-infrared.
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Abstract Black silicon has become a versatile substrate for photoelectric and photothermic application due to its excellent light trapping ability. However, subsequent material engineering can
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Download scientific diagram | a) Light trapping mechanism in black silicon with hierarchical texture, b) schematic illustration showing the dominant light absorption in Au NPs with size below 50
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In this paper, the fundamentals of light trapping in crystalline silicon will be discussed and a review is presented on existing light-trapping strategies. First, the optical
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In this paper, the fundamentals of light trapping in crystalline silicon will be discussed and a review is presented on existing light-trapping strategies. First, the optical properties of silicon and the benefits
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This article discusses various methods for manufacturing light-trapping "black" silicon, namely laser, chemical and hybrid chemical/laser ones.
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Black silicon (b-Si) has been widely investigated as a potential replacement for more traditional antireflective schemes for silicon solar cells, such as random pyramids, due to its reduced
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In this paper, the fundamentals of light trapping in crystalline silicon will be discussed and a review is presented on existing light-trapping strategies. First,
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Designing light-trapping is one of the requirements for new generation silicon solar cells. Herein, the optical properties of front-based plasmonic nanoparticles besides the anti-reflection layer
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In this article, the fabrication methods of black silicon (b-Si), application and performance of b-Si in photovoltaics, and the theoretical modelling efforts in b-Si
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