WATER 
I have been doing a little research on water,( now that we have solved the Global Warming problem) and have been surprised about
how little we know about this ubiquitous and essential "thing".
I have been looking especially at the physics and chemistry of it. Most people say it is very odd 'stuff' and shouldn't be able to do a lot of the things it patently does do.
Someone told me, here, how water adsorbs heat (from sun) which was a revelation to me. A revelation my old brain has already forgotten
How come it wants to soak up all our Co2 emissions? (or try to)
How come only 1% is fresh
and
How come water isn't drop-dead-easy to desalinate?
There are many odd beliefs about water-social and scientific and fairy stories- some even with some science behind them like magnetism and water-- where argument flares.
In folklore, magic and religion water and
especially springs are sacred
Look at the R. Catholic "Holy water". people are immersed or washed in water to wipe away original sin, to be re-born in Christ.
Water is pretty too. We are always taking photos of it. It can be
all colours not just the blue commonly associated with it.
In Australia most of us live near it (the sea) yet depend on what falls from the sky thousands of miles away
Water brings and is essential to life but also seems able-in storms- to bring death and destruction.
We like to visit it, sit in it, swim in/under it, ride it, float in it, skim over the top of it, frolic in it.
Some recommend a daily drink of it.
Some won't drink recycled water but are happy to drink water collected in a dirt dam.
There are many famous quotes about water.
W.C. Field's is a favourite "I never drink water. Have you seen what fish do in it!?"
Apparently, many of our common medical ills come because we/humans stopped living in water--some aeons ago (hernias for example).
The developing foetus at one point even looks like a fish. Often children are born with webbed fingers or toes.
You can make the closest thing I've seen to a
continuous -motion-machine from it:-
Hydraulic ram pumps - Technical Information Online - Practical Answers
.Yet we spend $billions pumping and piping it about the planet.
Without water we could not make much electricity or have even started
The Industrial Revolution.
It has shaped and made us and our history.
Now, on a blue planet, we are said to be running out of it.?
How is this possible? ""Earth" is a bad name for our planet; it should be called "Water". From space, you can see, there is a lot more water than earth.
Many diseases are carried/transmitted in water Yet most are simple to eradicate. It is said, that the large population of China, is in part due to Tea drinking, which involves boiling water.
Here are some sites to get you thinking
WATER, a multidisciplinary research journal
WATER: A Multidisciplinary Research Journal - Home
Water links
Water structure and science: Contents
Water technology
Technical information for development - Practical Answers
Quote:
Water Structure and Science
Preface and site entrance
The water molecule
The structure of the water molecule
Easier introduction to the water molecule
The molecular orbitals of water, H2O
Hydrogen bonding in water
Easier introduction to hydrogen bonding in water
How closely suited are the properties of water for life?
The molecular orbitals of a water dimer, (H2O)2
The molecular orbitals of a water cyclic pentamer, (H2O)5
The Phase Diagram of water
Ice, introduction Hexagonal ice Cubic ice Ice-two Ice-three Ice-four Ice-five Ice-six Ice-seven Ice-eight Ice-nine Ice-ten Ice-eleven Ice-twelve Ice-thirteen Ice-fourteen Ice-fifteen Amorphous ice Clathrates I, II & H
Molecular vibration and absorption of water
Water ionization, 2H2O = H3O+ + OH-
Hydrogen ions
Hydroxide ions
The Grotthuss mechanism
The molecular orbitals of the H3O+ and OH- ions
The molecular orbitals of the hydrated hydroxide ion, H3O2-
The molecular orbitals of the dihydronium ions, H5O2+
Water at interfaces
Confined water
Interfacial water and water-gas interfaces
Nanobubbles
Sixty-six anomalous properties of water
Phase anomalies P1-P12 Density anomalies D1-D20 Material anomalies M1-M12 Thermodynamic anomalies T1-T11 Physical anomalies F1-F12
Properties of water and heavy water (112 KB)
Short properties list for liquid H2O
Changes in some properties with temperature
Changes in some further properties with temperature
Important constants and conversion factors
Unexplained properties of water
Vapor pressure-Temperature behavior
Pressure-Temperature-Density behavior
Volume-Temperature behavior
Temperature-viscosity behavior
Water molecular models
Water clustering in liquid water
Overview of the structuring in liquid water
Introduction to water clustering
A brief history of water clusters
Outline of methods for investigating water structure
The icosahedral (H2O)280 water clusters
Water cluster equilibria, puckering and temperature effects
Explanation of water cluster equilibria using animated gifs
Water icosahedral cluster architecture
Spherical coordinates of the icosahedral water clusters
Shell radii and occupancy of the icosahedral water clusters
Superstrands of water icosahedral clusters
Alternative icosahedral clustering of water
Alternative tetrahedral clustering of water
Water cluster architecture, based on gas clathrates
Paper model of an icosahedral water structure
Evidence for icosahedral water clusters
Water cluster conclusions
Hydration
Protein hydration
Protein folding and denaturation
Nucleic acid hydration
Sugar hydration
Aqueous properties of the cyclodextrins
Polysaccharide hydration
Introduction to polysaccharides
Chart showing the furan pseudorotational angles
Hydrocolloids and gums
Agar Alginate Arabinoxylan Carrageenan CMC Cellulose Curdlan Gelatin Gellan β-Glucan Gum arabic Guar gum Locust bean gum Pectin Starch Xanthan gum Hydrocolloid rheology Hydrocolloids and health (Dietary fiber)
Ion hydration
The Hofmeister series
The H3O+ magic number cluster ions
Water clustering around the SO42- cluster
Water clustering around the CO2 cluster
Kosmotropes and chaotropes
Hydrophobic hydration
Intracellular water
Water and life
Water and health
Magnetic and electric effects on water
Water and microwaves
Dielectric constant and polarization
The complex dielectric permittivity behavior of water
Water activity
Colligative properties of water
Aqueous biphasic systems
Polyoxomolybdate systems
{Mo132} nanocapsule and aqueous nanodrop
{Mo154} nanowheel
Aqueous solutions of C60 and C70
Frequently asked questions concerning liquid water
How can hot water freeze quicker than cold water?
Can water be prevented from freezing by increasing the pressure?
Is water good for you?
Is water blue?
Why does salt lower the freezing point of water?
Does water have a memory?
Does magnetic descaling of water work?
How can a liquid have a structure?
Does the radial distribution peak at about 3.7 Å exist?
Is there fine structure in the radial distribution function?
Do interstitial water molecules exist?
How is icosahedral clustering related to the two-state mixture model?
Water-related material
Homeopathy
Memory of water
'Polywater', declustered water and other waters
Novel fulleranes
Platonic solids and water
Contributed papers
J. G. Watterson, Enzyme function: random events or coherent action?
Book reviews
Aqueous systems at elevated temperatures and pressures
Handbook of refractive index and dispersion of water for scientists
and engineers
References
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This page was last updated by Martin Chaplin on 13 December, 2008
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Water structure and science: Contents
Water H2O
