1. Home
  2. Detail

@dahuri_affiliate: #canvas

Dahuri ii
Dahuri ii
Open In TikTok:
Region: MY
Saturday 24 October 2026 13:47:55 GMT
8
0
0
0

Music

Download

No Watermark .mp4 (10.49MB) No Watermark(HD) .mp4 (10.49MB) Watermark .mp4 (11.34MB) Music .mp3

Comments

There are no more comments for this video.
To see more videos from user @dahuri_affiliate, please go to the Tikwm homepage.

Other Videos

Scientists from Switzerland and the United Arab Emirates have developed a way to strengthen sand using natural fibers produced by microorganisms. In laboratory tests, thin sheets of bacterial cellulose placed between layers of sand reduced water permeability by 28 times compared with untreated sand. The research involved Empa, Khalifa University and ETH Zurich. The team also tested microorganisms that grow directly in sand, producing fibers that bind sand grains together. This method reduced water permeability by up to six times. In a separate test, sand treated with fibers grown among its grains showed an increase in water-holding capacity from about 20.2% to 25.5%. The researchers say the technology could eventually help stabilize sandy soil and support efforts to restore degraded land. However, the results come from laboratory experiments, and further testing is needed to determine how well the material performs in real desert conditions. Source: Empa; Khalifa University; ETH Zurich; Carbohydrate Polymers.
Scientists from Switzerland and the United Arab Emirates have developed a way to strengthen sand using natural fibers produced by microorganisms. In laboratory tests, thin sheets of bacterial cellulose placed between layers of sand reduced water permeability by 28 times compared with untreated sand. The research involved Empa, Khalifa University and ETH Zurich. The team also tested microorganisms that grow directly in sand, producing fibers that bind sand grains together. This method reduced water permeability by up to six times. In a separate test, sand treated with fibers grown among its grains showed an increase in water-holding capacity from about 20.2% to 25.5%. The researchers say the technology could eventually help stabilize sandy soil and support efforts to restore degraded land. However, the results come from laboratory experiments, and further testing is needed to determine how well the material performs in real desert conditions. Source: Empa; Khalifa University; ETH Zurich; Carbohydrate Polymers.
#dashain #tika #family #dashainvibes #prishacatering
#dashain #tika #family #dashainvibes #prishacatering
Ultron 🔥 #ultron #edit #visionquest #ultronedit #visionedit
Ultron 🔥 #ultron #edit #visionquest #ultronedit #visionedit
Tropa na forma! #yuri22 #yuri22clips #tropadoyuri22 #dona
Tropa na forma! #yuri22 #yuri22clips #tropadoyuri22 #dona
UNA MAS DE CAPIBARA
UNA MAS DE CAPIBARA


About

Legal