Ellen Petri is also used to refer to the most hydroxylated acid in a set of oxoacids. Researchers predict that orthocarbonic acid is stable at high pressure; hence it may form in the interior of the ice giant planets Uranus and Neptune, where water and methane are common. Orthocarbonate anions. By loss of one through four protons, orthocarbonic acid could yield four anions: , , , and . Numerous salts of fully deprotonated , such as or , have been synthesized under high pressure conditions and structurally characterized by X-ray diffraction. Strontium orthocarbonate, SrCO is stable at atmospheric pressure. Orthocarbonate is tetrahedral in shape. The C-O 	Orthocarbonic acid
13365916	distance is 1.41 Å. Sr[CO]O is an oxide orthocarbonate, also stable at atmospheric pressure. Orthocarbonate esters. The tetravalent moiety CO is found in stable organic compounds; they are formally esters of orthocarbonic acid, and therefore are called orthocarbonates. For example, tetraethoxymethane can be prepared by the reaction between chloropicrin and sodium ethoxide in ethanol. Polyorthocarbonates are stable polymers that might have applications in absorbing organic solvents in waste treatment processes, or in dental restorative materials. The explosive trinitroethylorthocarbonate possesses an orthocarbonate core. Orthocarbonic acid Orthocarbonic acid (methanetetrol) is the name given to a hypothetical compound with the chemical formula HCO 	Orthocarbonic acid
13365917	Keysight VEE Keysight VEE Keysight VEE is a graphical dataflow programming software development environment from Keysight Technologies for automated test, measurement, data analysis and reporting. VEE originally stood for Visual Engineering Environment and developed by HP designated as HP VEE; it has since been officially renamed to Keysight VEE. Keysight VEE has been widely used in various industries, serving the entire stage of a product lifecycle, from design, validation to manufacturing. It is optimized in instrument control and automation with test and measurement devices such as data acquisition instruments like digital voltmeters and oscilloscopes, and source devices like signal generators and programmable 	Keysight VEE
13365918	power supplies. Release history. A detailed list of features for each version can be found under the References section. Keysight VEE objects and pins. A VEE program consists of multiple connected VEE objects (sometimes called devices). Each VEE object consists of different types of pins, namely data pins, sequence pins, execute pins (XEQ), control pins and error pins. Data pins govern the data flow propagation while sequence pins determine object execution order. The pins on the left side of an object are called input pins, whereas the pins on the right are output pins. Two objects, A and B, are 	Keysight VEE
13365919	connected if the output pin of object A is connected to object B's input pin. Several connection lines can emanate from a single output pin, but at most one connection line can be attached to an input pin. All data input pins and execute pins must be connected, whereas control pins and output pins can be left unconnected. Data flow and data propagation. Keysight VEE is a dataflow programming language. Within a VEE program, there are multiple connections between objects and data flows through objects from left to right while sequence flows from top to bottom. An object's 	Keysight VEE
13365920	execution order is determined by object connections and the data dependency rule. In general, an object with unconnected data input and sequence input pin will operate first. If an object's sequence input pin is not connected, it will execute as soon as data is present on all data inputs. On the other hand, if a sequence input pin is connected, although data is present on all data input pins, the object will hold its execution until the sequence input pin is pinged. This may not be applicable to some non-primitive objects like the Junction and Collector objects. For 	Keysight VEE
13365921	example, if object A's sequence output pin is connected, it will fire only after object A has executed and no further execution is possible in the objects descended from the data output pins and error pin of object A. Some examples are taken from and can be referred to for further explanation. Instrument connectivity. Keysight VEE can connect and control a variety of Keysight and non-Keysight instrumentation via multiple interfaces. Keysight VEE supports the following interfaces: Extensive interoperability. Keysight VEE can interact with other programming languages using the built-in ActiveX Automation Server. Other software development programs such 	Keysight VEE
13365922	as Visual Basic, C/C++, Visual C# and all .NET compliant languages can call Keysight VEE UserFunctions. Keysight VEE is also integrated with Microsoft .NET Framework (Common Language Runtime and Framework Class Libraries) that provides a multitude of functions and controls that can be used to enhance a program such as adding email capability and accessing databases. Access to over 2500 MATLAB analysis and visualization functions is made possible with the built-in MATLAB Signal Processing Toolbox. The built-in Microsoft Excel library provides direct access to save, retrieve and generate reports in spreadsheets. Keysight VEE GUI panels and runtime 	Keysight VEE
13365923	deployment. Keysight VEE is notable for its capability to deploy unlimited number of runtime programs with no time limitations at no extra cost. These runtime programs could contain a GUI panel and allows interaction with users, presumably operators to execute and control the program and the test execution. Keysight VEE Keysight VEE is a graphical dataflow programming software development environment from Keysight Technologies for automated test, measurement, data analysis and reporting. VEE originally stood for Visual Engineering Environment and developed by HP designated as HP VEE; it has since been officially renamed to Keysight VEE. Keysight VEE has been widely 	Keysight VEE
13365924	Ellen Petri Ellen Petri Ellen Petri (born 25 May 1982 in Merksem, Antwerp) is a Belgian beauty pageant titleholder who was crowned Miss Belgium 2004 on 12 December 2003. Biography. At nine-years-old, Petri began practicing ballet and is employed as a model and choreographer. In October 2004 she won a 'Sims Award' as the model with the nicest personality. She won the contest 'The Heavenly 100' organized by the Flanders' magazine 'Ché' in 2004. She was voted the most beautiful woman on Earth. Second was Beyoncé. She won the 'Top Fashion Designer Award' at the Miss World 2004 pageant. She 	Ellen Petri
13365925	reached third place in the World's Top Model" (won by Miss Mexico). Ellen Petri Ellen Petri (born 25 May 1982 in Merksem, Antwerp) is a Belgian beauty pageant titleholder who was crowned Miss Belgium 2004 on 12 December 2003. Biography. At nine-years-old, Petri began practicing ballet and is employed as a model and choreographer. In October 2004 she won a 'Sims Award' as the model with the nicest personality. She won the contest 'The Heavenly 100' organized by the Flanders' magazine 'Ché' in 2004. She was voted the most beautiful woman on Earth. Second was Beyoncé. She