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oxygenatin

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There are 10 letters in OXYGENATIN ( A¹E¹G²I¹N¹O¹T¹X⁸Y⁴ )

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AGE AGO AIN AIT ANE ANI ANT ANY ATE AXE AYE EAT EGO ENG EON ETA GAE GAN GAT GAY GEN GET GEY GIE GIN GIT GOA GOT GOX GOY INN ION NAE NAG NAN NAY NEG NET NIT NIX NOG NOT OAT ONE OXY TAE TAG TAN TAO TAX TEA TEG TEN TIE TIN TOE TOG TON TOY TYE YAG YEA YEN YET YIN YON

2 letters out of OXYGENATIN

AE AG AI AN AT AX AY EN ET EX GO IN IT NA NE NO OE OI ON OX OY TA TI TO XI YA YE YO

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Oxygenatin might refer to
Environmental oxygenation can be important to the sustainability of a particular ecosystem. Insufficient oxygen (environmental hypoxia) may occur in bodies of water such as ponds and rivers, tending to suppress the presence of aerobic organisms such as fish. Deoxygenation increases the relative population of anaerobic organisms such as plants and some bacteria, resulting in fish kills and other adverse events. The net effect is to alter the balance of nature by increasing the concentration of anaerobic over aerobic species. * Oxygenation by water aeration can be part of the environmental remediation of a usually stagnant body of water. For example, Bubbly Creek in Chicago, Illinois, was hypoxic (deficient in oxygen) due to its use as an open sewer by Chicago's meat packing industry but has been oxygenated by introducing compressed air into its waters, increasing the fish population. A similar technique has previously been used in the Thames.* Dissolved oxygen (DO) is measured in standard solution units such as millilitres O2 per litre (mL/L), millimoles O2 per litre (mmol/L), milligrams O2 per litre (mg/L) and moles O2 per cubic meter (mol/m³). For example, in freshwater under atmospheric pressure at 20 °C, O2 saturation is 9.1 mg/L. * In aquatic environments, oxygen saturation is a relative measure of the amount of oxygen (O2) dissolved in the water compared to equilibrium conditions. * Supersaturation of oxygen (i.e. saturation levels above 100%) can occur naturally. The most common cause is oxygen production by photosynthetically active species such as plants and algae. According to Henry's law, the equilibrium oxygen concentration is proportional to the partial pressure of oxygen gas. As air contains about 21% oxygen the equilibrium concentration of pure oxygen gas corresponds to nearly 500% air saturation. The other reason is that the oxygen concentration can be slow to adjust to changes in the environment. A rapid increase in temperature can reduce the equilibrium concentration of oxygen to a value below the actual concentration in the water, giving raise to more than 100% saturation until the system has had time to equilibrate through diffusion. Supersaturation can sometimes be harmful for organisms and cause decompression sickness. * Solubility tables (based upon temperature) and corrections for different salinities and pressures can be found at the USGS web site. Tables such as these of DO in millilitres per litre (mL/L) are based upon empirical equations that have been worked out and tested: * ln(DO) = A1 + A2100/T + A3ln(T/100) + A4T/100 + S[B1 + B2T/100 + B3(T/100)2]where ln is the symbol for natural logarithm and the coefficients take the following values: * * To convert the calculated DO above from mL/L to mg/L, multiply the answer by (P/T)*0.55130, P=mmHg, T=Kelvin

Oxygenatin might refer to

Environmental oxygenation can be important to the sustainability of a particular ecosystem. Insufficient oxygen (environmental hypoxia) may occur in bodies of water such as ponds and rivers, tending to suppress the presence of aerobic organisms such as fish. Deoxygenation increases the relative population of anaerobic organisms such as plants and some bacteria, resulting in fish kills and other adverse events. The net effect is to alter the balance of nature by increasing the concentration of anaerobic over aerobic species.
* Oxygenation by water aeration can be part of the environmental remediation of a usually stagnant body of water. For example, Bubbly Creek in Chicago, Illinois, was hypoxic (deficient in oxygen) due to its use as an open sewer by Chicago's meat packing industry but has been oxygenated by introducing compressed air into its waters, increasing the fish population. A similar technique has previously been used in the Thames.* Dissolved oxygen (DO) is measured in standard solution units such as millilitres O2 per litre (mL/L), millimoles O2 per litre (mmol/L), milligrams O2 per litre (mg/L) and moles O2 per cubic meter (mol/m³). For example, in freshwater under atmospheric pressure at 20 °C, O2 saturation is 9.1 mg/L.
* In aquatic environments, oxygen saturation is a relative measure of the amount of oxygen (O2) dissolved in the water compared to equilibrium conditions.
* Supersaturation of oxygen (i.e. saturation levels above 100%) can occur naturally. The most common cause is oxygen production by photosynthetically active species such as plants and algae. According to Henry's law, the equilibrium oxygen concentration is proportional to the partial pressure of oxygen gas. As air contains about 21% oxygen the equilibrium concentration of pure oxygen gas corresponds to nearly 500% air saturation. The other reason is that the oxygen concentration can be slow to adjust to changes in the environment. A rapid increase in temperature can reduce the equilibrium concentration of oxygen to a value below the actual concentration in the water, giving raise to more than 100% saturation until the system has had time to equilibrate through diffusion. Supersaturation can sometimes be harmful for organisms and cause decompression sickness.
* Solubility tables (based upon temperature) and corrections for different salinities and pressures can be found at the USGS web site. Tables such as these of DO in millilitres per litre (mL/L) are based upon empirical equations that have been worked out and tested:
* ln(DO) = A1 + A2*100/T + A3*ln(T/100) + A4*T/100 + S*[B1 + B2*T/100 + B3*(T/100)2]where ln is the symbol for natural logarithm and the coefficients take the following values:
*
* To convert the calculated DO above from mL/L to mg/L, multiply the answer by (P/T)*0.55130, P=mmHg, T=Kelvin

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