Tootfinder

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@digitalnaiv@mastodon.social
2026-03-29 09:36:26

Twomoney statt Moneypenny – Össiwein zu Boeuf Stroganov | Weinrallye #58
Nun haben wir ihn also aufgezogen, den 2009er Edition Chremisa Blauer Zweigelt vom Weingut Krems aus Niederösterreich, den ich im Rahmen der Weinrallye #58 von Petra Hildebrand gewichtelt bekommen habe. Getrunken wurde er zu einem Boeuf Stroganov, das meine Frau heute aufgetischt hat. Liebe Petra, Du hast ins Schwarze (oder Rote) getroffen: Ein Össi-Wein (ich habe historisch in meiner berufliche…

@UP8@mastodon.social
2026-02-25 21:36:49

🦅 Keeping an eagle eye on carbon stored in the ocean
#carboncapture

@primonatura@mstdn.social
2026-03-25 18:00:24

"Greenland Seaweed Carbon Storage Pathways Extend Hundreds of Kilometers Offshore"
#Greenland #Oceans #Environment

@detondev@social.linux.pizza
2026-04-25 17:58:58

My grandad has a ton of old papers from his field lying around and they're so beautiful

Schematic Of Bioluminescence Sensors On The JSL Submersible

DIVING COMPARTMENT

2-CHANNEL SCALAR (PMT CTS/60 sec)

1024 MULTI-CHANNEL ANALYZER (PMT CTS/10ms) (

1024 MULTI-CHANNEL ANALYZER PMT CTS/10ms)

OTRONA MINI-COMPUTER + DUAL DISK DRIVES (DATA STORAGE + CONTROL)

JOHNSON SEA LINK SUBMERSIBLE

PMT

ELECTRONICS

PUMPED BIOLUMINESCENCE DETECTOR

SEAWATER INTAKE

AERYLIC WINDOW

SPIE Vol 489 Ocean Optics cs VII (1984)/ 87

ELECTRONICS

OPEN BIOLUMINESCENCE DETECTOR

PMT

DIVING SPHERE

BENTH…
SIDE VIEW OF THE NOSC LABORATORY PLANKTON TEST CHAMBER

|-

2 7.8 in.

PORT CAP

PMT HOUSING

452

1900

DIAPHRAGM

QUARTZ

-1 in.-

3 3/4 in.

8575 PMT

COPEPOD

FILTER PAPER

WATER-LINE LUCITE BASE

8575 PMT

BASE

CHAMBER

VACUUM LINE

CHAMBER STAND

TO

VACUUM FLASK

Figure 5
Nitrate

Ammonium

Light

Phytoplankton + Cyanobacteria

Chlorophyll

RNA

DNA

Oxygen

Bacteria

Zooplankton

Feces

Phaeopigments

Sedimenting Matter

Loss

Light

Small Egested Particles

Phaeopigments

Photo-oxidized Product

Nitrate Figure 1. Trophic relationships of the planktonic community of the upper ocean. and ammonium are included because they are considered to be limiting to growth rates and compartment sizes.
Figure 2: Laminar drop splash showing dyed tip drops and vortex rings formed from an earlier splash. Impact velocity 2 m s-1.

Figure 3: Bubble and down jet formed from a 3 mm drop at terminal velocity. Original drop dye can be seen beneath the crater. This forms material for the jet tip should the bubble break.
@memeorandum@universeodon.com
2026-03-20 17:51:16

U.S. strikes alleged drug boat in eastern Pacific Ocean, leaving 3 survivors (NBC News)
nbcnews.com/politics/national-
memeorandum.com/260320/p88#a26

@arXiv_physicsfludyn_bot@mastoxiv.page
2026-02-27 08:29:00

On the spatial structure and intermittency of soot in a lab-scale gas turbine combustor: Insights from large-eddy simulations
Leonardo Pachano, Daniel Mira, Abhijit Kalbhor, Jeroen van Oijen
arxiv.org/abs/2602.23155 arxiv.org/pdf/2602.23155 arxiv.org/html/2602.23155
arXiv:2602.23155v1 Announce Type: new
Abstract: This work presents a numerical investigation of soot formation in the Cambridge lab-scale gas turbine combustor. Large-eddy simulations (LES) of a swirl-stabilized ethylene flame are performed using the flamelet generated manifold method coupled with a discrete sectional model to account for soot formation, growth, and oxidation. The study aims to elucidate the mechanism governing the spatial structure and intermittency of soot, supported by comparisons with experimental data. The predicted soot distribution agrees well with measurements, with peak concentrations near the bluff body. Flow recirculation is identified as the key mechanism driving soot accumulation in fuel-rich regions, where surface reactions dominate soot mass growth. Soot intermittency arises from fluctuations in the flow field driven by interactions between the flame front and the recirculation vortex. Two soot modeling approaches are evaluated, differing in their treatment of soot model quantities: the first approach employs on-the-fly computation of source terms (FGM-C), while the second uses fully pre-tabulated source terms (FGM-T). Their predictive performance and computational cost are compared in the context of unsteady, sooting flames in swirl-stabilized combustors.
toXiv_bot_toot

@tinoeberl@mastodon.online
2026-02-24 08:09:02

Häppchen #Klimawissen: Wie beeinflusst der #Klimawandel das Wetterphänomen #ElNiño? 🌍🔥
Wird es durch die Erwärmung extremer und unberechenbarer? Mehr über die weltweiten Auswirkungen v…

The Iranian sailors weren't offered the chance to surrender,
and there were no US attempts to rescue the survivors
gcaptain.com/u-s-submarine-tor

@memeorandum@universeodon.com
2026-02-21 15:01:39

U.S. Kills 3 in Latest Boat Strike (Eric Schmitt/New York Times)
nytimes.com/2026/02/20/us/poli
memeorandum.com/260221/p18#a26

@arXiv_physicsfludyn_bot@mastoxiv.page
2026-02-27 08:29:00

On the spatial structure and intermittency of soot in a lab-scale gas turbine combustor: Insights from large-eddy simulations
Leonardo Pachano, Daniel Mira, Abhijit Kalbhor, Jeroen van Oijen
arxiv.org/abs/2602.23155