Tag: 6tech202511

Suggested Six Technologies for Top Page

Size-reduction of submicron agglomerated particles using an ultrasonic cleaner
超音波洗浄機によるサブミクロン凝集粒子の解粒
→ Demonstrates advanced particle manipulation and practical relevance for nanomaterials.

Method to reduce water-loss (moisture evaporation) with clay-based soil particle coatings
粘土系土壌粒子コーティングで水分蒸発を減らす技術
→ Strong environmental/agricultural application, appealing to sustainability themes.

Electrode design for resource-efficient magnetite particle production (in liquid)
磁鉄鉱粒子製造の省資源化のための（液体中）電極設計
→ Shows energy/resource efficiency, relevant for green chemistry and industrial processes.

Method for producing hydrophilic and hydrophobic films from the combustion of a single candle
一本のろうそく燃焼から親水性と疎水性膜の作製法
→ Unique and eye-catching concept, sparks curiosity about simple-to-complex material synthesis.

Deposition technique for submicron aerosol particles
難関とされたサブミクロン・エアロゾル粒子の堆積技術
→ Highlights aerosol science expertise and precision engineering.

Immobilizing suspended particles in water into 100 nm holes
水中浮遊粒子を100nmの穴に固定化させる技術
→ Represents advanced nanostructuring and microfluidic applications.

自然の設計図で創る：電界・エアロゾル・微細構造 Nature-Inspired Technology: Leaf Surfaces & Smart Materials

植物の葉に学んだ粒子のふるまいを応用し、微細孔への浸透、空中ナノセンシング、マイクロパターニングなど、エネルギー・医療・環境分野に新たな可能性を拓きます。From deep pore infiltration to airborne nanosensing and micron-scale patterning, these innovations offer new solutions for energy, medicine, and environmental science.

繭を使わない絹づくりA Cocoon-Free Way to Make Silk

A new method for extracting silk from silkworms without cocoon processing offers a sustainable alternative to plastics for various industries. カイコから繭の加工を経ずに絹を抽出する新手法は、さまざまな産業におけるプラスチックに代わる持続可能な代替手段を提供する。