#multifluidity

[itsoktocallmegay]

You know, I’ve seen more people learn about abrosexual and abroromantic lately, but even queer people do not seem to understand just what that can mean for an abro person, especially multigender and genderfluid abrospecs. Like, yes, sometimes I’m a lesbian, and sometimes I’m a gay man. Yes, sometimes I’m omni or pan. And, this is made worse by those who don’t know what the Split Attraction Model is or monos who don’t support it, because sometimes I feel no romantic or sexual attraction (I mostly identify as an angled aroace,) sometimes I’m panromantic and omnisexual, other times I’m panplantonic and switch to omniplatonic. And, sometimes I switch between aspec identities as well, like switching from cupioromantic to demiromantic, or from cupiosexual to apohtiosexual to orchidsexual, or demiplantonic to caedplatonic to orchidplantoic, and so on. Abro literally just means one’s orientation is fluid or changes, and people will say it’s a valid label and then turn around and call other labels abrospec people use invalid. I’m so tired of making my abro and genderfluid identity more palatable to others.

[givemecoins]

Multifluid lesbian

[pt: Multifluid lesbian/end pt]

Someone who's multifluid and also identify as a lesbian.

[facelessthefreak]

to be fair masc lesbians are NOT men ,:÷]!!! masc = masculine presenting or identifying, man = identifying as a male. these are not the same. also, just so you know, lesboy is an lgbtq+ term for bigender, genderfluid, nonbinary, or multifluid individuals who identify with lesbian but still feel attatched to their lesbian identity. it is NOT men identifying with the term lesbian and trying to prey on lesbian women. hope this helps!

i just woke up. thanks for the info though

[arco-pluris]

Plurigenderfluid Pride Flags

Plurifluid (multigenderfluid or polygenderfluid): A more specific subset of Genderfluid where you can only have more than one gender at the same time, ex. from trigender to pangender and polygender.

Plurigenderflux Pride Flags

These two are the multigenderflux/polygenderflux (subset of genderflux where you can more than one gender at the same time).

[qingzinano]

Multi-coaxial Fibers by Multifluidic Coaxial Electrospinning

Once again, in 2010, Zhao’s group prepared coreeshell ultrathin fibers with a novel nanowire-inmicrotube structure by the multifluidic coaxial electrospinning approach. As shown on the left of Fig. 5.20, the spinneret was assembled by three coaxial stainless-steel capillaries, through which three selected fluids were fed to form a compound jet under a high electric field. The middle fluid served as a spacer to protect the inner and outer fluids from each other. The rectangular and circular insets show the configuration of the spinneret and the ideal structure of the collected fibers, respectively. The key step of this method for preparing nanowire-in-microtube fibers successfully is to use a designed compound spinneret and introduce an extra middle fluid to work as a spacer. In this case, highly miscible or microphase separation solution systems were harmonized and cojetted to sandwich ultrathin fibers. Fig. 5.20AeD show magnified cross-sectional SEM images of the sample, in which the fibers show a uniform morphology and continuous nanowire in the microtube. The author using this new method prepared inorganic TiO2 nanowire-in-microtube (NW@MT) structured fibers and organic PAN@PSNW@MT structured fibers. We believe that this method is an important extension of traditional coelectrospinning, and this special hollow cavity structure may introduce extra properties into the conventional coreeshell structure, which may have potential applications in fields such as optical applications, microelectronics, and others.

[genderveld]

Multifluid Pride Flag

Since the end of Bisexual Visibility Month is quickly approaching I wanted to make sure this coining post came out on time! So here it is!

Multifluid - a orientation in which one is fluid between different mspec orientations (ex. someone who is fluid between bi and pan or fluid between bi, pan and omni). People who are multifluid may not necessarily be fluid exclusively between mspec orientations but identify as such to put emphasis on their mspec identity. It can be considered a form of abrosexuality that always encompasses more than one mspec orientation. 

This is an opt-in label for those who find the distinction useful, and shouldn't be applied to abros prescriptively without their permission. Always respect the self-identification of other people over what definitions they might fall into.

[ID: The multifluid flag. A pride flag consisting of 5 horizontal stripes. The stripes from top to bottom are wine purple, cornflower blue, spring green, lemon yellow and hot pink. 

ID end.]

Design Concept

The bottom four stripes are two sets of complimentary colors 60 degrees apart in hue to symbolize shifting between different orientations. The top stripe is the same hue as the bottom stripe but darker to connect the top and bottom of the design.

[eldorr]

Xenaeli

Xenaeli is a polyfluid/multifluid (Multigender+Genderfluid) term where one:

Has non-fluid genders, those genders being Xenoboy (plus Xenboy), Caelgender (and other space-related genders).

Has fluid genders that are always prevalent/noticeable, these being Thingfluid, Coricfluid, and Xenofluid. (Xenofluid in this case may be part of being Xenoboy/Xenboy.)

Prevalence/Notability in this case may be due to these genders not being flux, and/or being separate fluid genders vs being part of a fluid gender.

Has fluid (and flux) genders that are fluid in some shape or form thru masculine, feminine, aporine/outherine/neutral, and xenine genders. While not being binary man/woman ever. Terms that may fit this definition are Genderslyphen, Genderfloren, Genderfluvi, and/or Genderstagnu.

Is Neurogender, where one uses these terms to describe how one’s gender is affected by their neurodivergency.

Is genderflux, however doesn’t feel one is flux to agender, or other genders that denote a lack of gender. One however feels they’re flux to genders that feel like a blank empty space where one’s gender should be, and this gender may or may not feel slightly gendered in itself. (Examples of these kinds of genders could be Kenochoric, Gendervoid, etc.) One may be flux to agender/genderless sometimes, but it may be rare to experience.

.

This term was originally posted September 22nd, 2022. The green on the flag has been slightly darkened in the repost.

Anyways yeah coined this as a term to explain my own multigender experience, as it’s a mess lmao. I know for a fact I’m almost always Xenoboy and Caelgender (or a gender space-related gender), while having some genders that are fluid and some genders that are flux, but idk where those begin and start so it’s very messy lol. I also know I’m not agender really ever, VERY rarely that I am, more-so am Kenochoric or Gendervoid, the sorta weird “empty space” kinda feeling vs genderless. I also know neurodivergency affects my gender, but in a sorta “oh yeah” kinda way, and not super prevalent but I wanted to include it.

But yeah being polyfluid is a pain LOL. I’m also xenofluid but I kinda feel like it’s under me being Xenoboy if that makes sense? Xenofluidboy? It’s all a mess lmao. I know the genders where I’m a [x]thing are separate from my main fluid genders? The same with my coric genders, aka coricfluid. Idk it’s so hard to explain but I wanted a term to say “here’s the mess I am”

In general the flag is a combination of the Xenoboy + Genderfluid + Genderflux + Caelgender + Thingfluid + Coricfluid + Xenofluid + Neurogender flags.

[seimitsu-factory-automation]

CKD MULTIFIT for Multifluid the function required for fluid control valve have been integrated in single body. MULTIFIT Solenoid Valve can be use for variety of fluids.

It has High corrosion resistance and high durability of 20 million cycles. Comes with coil with full wave rectifier which supports prevention of coil burn due to overcurrent and energy saving. It uses pressure resistant container structure which reduces risk of external leakage. Because of flexibility coil can be rotated 360 degrees. Improved maintainability one touch attachment/removal of coil with clip.

SEIMITSU is an authorized distributor of CKD Products.

To Know More: https://www.seimitsu.in/ckd-pilot-and-direct-operated-fluidvalves.html

[thehipressuk]

Tangye pumps

Hi-Press Hydraulics supplies & supports a wide range of Tangye Hydraulic Equipment, from Hydrapack Multifluid Pumps to the aluminum Hydralite range. Tangye Hydrapak Pump, from Hi-Press Hydraulics, is used throughout the world. They are fast, Compact, Portable, & Safe to use. https://www.hi-press.co.uk/tangye/hydrapak-pump/

[environmentguru]

ENGIE and Schneider Electric Microgrid on Semakau Island

With ENGIE we just achieved first milestone of Southeast Asia’s largest multifluid renewable energy microgrid on Semakau Island (Singapore) for power generation from local renewable energy sources, providing clean cooking solutions and green mobility https://www.environmentguru.com/pages/elements/element.aspx?utm_source=dlvr.it&utm_medium=tumblr&id=5655490

[varezhka]

multifluid cream from самосвет

[brauliojairo]

Portrait of an Imaginative Builder in hydrogen

Tell us about the main innovations and demonstrators at ENGIE today.

ENGIE Lab CRIGEN covers technologies over the entire value chain of hydrogen, from production to forms of utilization. When it’s necessary to proceed from technological and laboratory expertise to a concrete evaluation in a technology that’s not yet completely mature, we use pilots and demonstrators that we test in real situations. This is the case with GRHYD, for instance, which is intended to explore the feasibility of a hydrogen-natural gas energy chain and remove potential obstacles from the deployment of this solution. The same is true for the REIDS SPORE project in Singapore, in which we are demonstrating an insular microgrid solution connecting renewable assets with a hydrogen chain (electrolysis, fuel cell, hydrogen filling station and vehicle), notably using a multifluid Energy Management System (EMS).

What about those that are in preparation?

The SPHYNX project hydrogen distribution station demonstrator in the Paris region will be a living laboratory of these technologies. The principle is to combine mature and proven equipment to provide an impeccable commercial service and technological innovations connected in parallel which will be tested under real conditions. Beyond being a demonstrator, it’s also a showcase for technology! There’s also a test on a building in Italy with Sylfen high-temperature reversible electrolysis, in the framework of a European project. Many other demonstrators are currently under investigation at ENGIE Lab CRIGEN, and also in a number of the Group’s BUs, such as the MéthyCentre project under way at Storengy.

You mentioned hydrogen filling stations, but what is the situation with hydrogen vehicles?

The number of hydrogen filling stations is developing rapidly in line with the growth in fleets of hydrogen vehicles. To date, there are more than 20 public and private filling stations, and about forty more or under construction or in the planning stage. GNVERT has a number of fine successes to its credit on this market. In parallel, hydrogen vehicles are developing. As far as buses are concerned, grouped orders at European level have made it possible to reduce the cost of acquisition, and as a result over 300 hydrogen buses are on the road or are planned for in Europe, including around thirty in France. The Hydrogen Kangoo developed by SymbioFcell is proving a real success. Hydrogen saloons offered by Toyota, Hyundai and others are also attracting customers. The first hydrogen train, built by Alstom, will begin operating in Germany this year, and it will receive new orders. And a lot of automakers have understood the potential of hydrogen mobility and are preparing new offers. So in short, things are now really moving, and the French target of 800,000 hydrogen vehicles in is now within reach… and it may well be exceeded!.

Throughout June, we are giving you a chance to find out about hydrogen, its potential and the issues surrounding its development. You will find a series of articles and interviews in a special feature on hydrogen.

Find out more

Learn more about the uses of green hydrogen

Discover the REIDS SPORE project in Singapore

Discover the GRHYD project: hydrogen injection into the natural gas network

Discover the Methycentre project in Storengy

HYDROGEN: FOLLOW THE NEWS

from Actualités https://www.engie.com/en/news/hydrogen-imaginative-builder-helene-pierre/

[thehipressuk]

Tangye Mastiff Military Jacks are used for maintenance and able to lift up to 35 tonnes.The full Tangye range includes Hydrapack Multifluid Pumps to aluminium Hydralite Jacks.

[arxt1]

Multifluid Modelling of Relativistic Radiation Hydrodynamics. (arXiv:2007.09481v3 [gr-qc] UPDATED)

The formulation of a universal theory for bulk viscosity and heat conduction represents a theoretical challenge for our understanding of relativistic fluid dynamics. Recently, it has been shown that the multifluid variational approach championed by Carter and collaborators has the potential to be a general and natural framework to derive (hyperbolic) hydrodynamic equations for relativistic dissipative systems. Furthermore, it also allows to keep direct contact with non-equilibrium thermodynamics, providing a clear microscopic interpretation of the elements of the theory. To provide an example of its universal applicability, in this paper we derive the fundamental equations of the radiation hydrodynamics directly in the context of Carter's multifluid theory. This operation unveils a novel set of thermodynamic constraints that must be respected by any microscopic model. Then, we prove that the radiation hydrodynamics becomes a multifluid model for bulk viscosity or heat conduction in some appropriate physical limits.

from astro-ph.HE updates on arXiv.org https://ift.tt/3fNejU9

[arxt1]

Relativistic finite temperature multifluid hydrodynamics in a neutron star from a variational principle. (arXiv:2004.07468v5 [astro-ph.HE] UPDATED)

We develop a relativistic multifluid dynamics appropriate for describing neutron star cores at finite temperatures based on Carter's convective variational procedure. The model includes seven fluids, accounting for both normal and superfluid/superconducting neutrons and protons, leptons (electrons and muons) and entropy. The formulation is compared to the non-variational relativistic multifluid hydrodynamics of Gusakov and collaborators and shown to be equivalent. Vortex lines and flux tubes, mutual friction, vortex pinning, heat conduction and viscosity are incorporated into the model in steps after the basic hydrodynamics is described. The multifluid system is then considered at the mesoscopic scale where the currents around individual vortex lines and flux tubes are important, and this mesoscopic theory is averaged to determine the detailed vortex line/flux tube contributions to the macroscopic "effective" theory. This matching procedure is partially successful, though obtaining full agreement between the averaged mesoscopic and macroscopic effective theory requires discarding subdominant terms. The matching procedure allow us to interpret the magnetic $H$-field inside a neutron star in a way that is consistent with condensed matter physics literature, and to clarify the difference between this interpretation and that in previous astrophysical works.

from astro-ph.HE updates on arXiv.org https://ift.tt/2K9w0iz

[arxt1]

Multifluid modelling of radiation hydrodynamics. (arXiv:2007.09481v1 [gr-qc])

The formulation of a universal theory for bulk viscosity and heat conduction represents a theoretical challenge for our understanding of relativistic fluid dynamics. Recently, it has been shown that the multifluid variational approach championed by Carter and collaborators has the potential to be a general and natural framework to derive (hyperbolic) hydrodynamic equations for relativistic dissipative systems. Furthermore, it also allows to keep direct contact with non-equilibrium thermodynamics, providing a clear microscopic interpretation of the elements of the theory. To provide an example of its universal applicability, in this paper we derive the fundamental equations of the radiation hydrodynamics directly in the context of Carter's multifluid theory. This operation unveils a novel set of thermodynamic constraints that must be respected by any microscopic model. Then, we prove that the radiation hydrodynamics becomes a multifluid model for bulk viscosity or heat conduction in some appropriate physical limits.

from gr-qc updates on arXiv.org https://ift.tt/3fNejU9